PREFIX :
PREFIX dc:
PREFIX dcterms:
PREFIX emmo:
PREFIX owl:
PREFIX pmdco:
PREFIX qudt:
PREFIX qudtUnit:
PREFIX rdf:
PREFIX rdfs:
PREFIX skos:
PREFIX xsd:
:hasReferenceShearRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ReferenceShearRate";
rdfs:seeAlso :ReferenceShearRate , :hasReferenceShearRate_Object;
:hasUnit ;
:hasUnitLabel "1/s" .
:ElasticConstantC44
rdf:type owl:Class , skos:Concept;
rdfs:label "ElasticConstantC44"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Elastic constant to describe the anisotropic elastic material behaviour\" [General Knowledge]"@en , "\"Elastische Konstant, um das richtungsabhängige elastische Materialverhalten zu beschreiben\" [General Knowledge]"@de;
skos:altlabel "Elastische Konstante C44"@de , "Elastic constant C44"@en;
skos:preflabel "ElasticConstantC44"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "C_44"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:MinimumCrosssectionAfterFracture
rdf:type skos:Concept , owl:Class;
rdfs:label "MinimumCrosssectionAfterFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"minimum cross-sectional area after fracture\" [Authors]"@en;
skos:altlabel "Bruchquerschnitt Su"@de , "SU"@en , "Minimum cross-sectional area after fracture"@en , "Su"@de;
skos:preflabel "MinimumCrosssectionAfterFracture"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "4879";
:hasLabelSource "YS1-Fz-D1Q"@de , "YS1-Sz0°-S1L"@de;
:hasSymbol "S_{u}"@en , "Su"@en;
:hasSymbolLatex "S_{u}"@en;
:hasTypicalUnit qudtUnit:MilliM2;
:hasTypicalUnitLabel "mm2";
:isBasedOn :DiameterAfterFracture2 , :ThicknessAfterFracture2 , :WidthAfterFracture1 , :ShearLengthAfterFracture1 , :DiameterAfterFracture1 , :ShearLengthAfterFracture2 , :WidthAfterFracture2 , :ThicknessAfterFracture1 .
:hasStrainRateScaleIdendifier_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasStrainRateScaleIdendifier"@en;
rdfs:range :StrainRateScaleIdendifier;
skos:preflabel "hasStrainRateScaleIdendifier"@en .
:Model
rdf:type owl:Class;
rdfs:label "Model"@en , "Modell"@de;
skos:preflabel "Model"@en , "Modell"@de .
:hasPrincipalStressLimit4PostProcessing_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasPrincipalStressLimit4PostProcessing"@en;
rdfs:range :PrincipalStressLimit4PostProcessing;
skos:preflabel "hasPrincipalStressLimit4PostProcessing"@en .
:hasWidth_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Width";
rdfs:seeAlso :Width , :hasWidth_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:ElasticConstantC12
rdf:type skos:Concept , owl:Class;
rdfs:label "ElasticConstantC12"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Elastische Konstant, um das richtungsabhängige elastische Materialverhalten zu beschreiben\" [General Knowledge]"@de , "\"Elastic constant to describe the anisotropic elastic material behaviour\" [General Knowledge]"@en;
skos:altlabel "Elastische Konstante C12"@de , "Elastic constant C12"@en;
skos:preflabel "ElasticConstantC12"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "C_12"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:stand
rdf:type owl:Class;
rdfs:label "stand"@en , "Walzgerüst"@de;
skos:preflabel "stand"@en , "Walzgerüst"@de .
:hasProjectName_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasProjectName"@en;
rdfs:range :ProjectName;
skos:preflabel "hasProjectName"@en .
:MildSteel
rdf:type owl:Class , skos:Concept;
rdfs:label "MildSteel"@en;
rdfs:seeAlso :Grade;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Stahl mit niedrigem Kohlestoffgehalt, niedriger Streckgrenze und hoher Duktilität\" [DIN EN 10346_2015]"@de;
skos:altlabel "weicher Stahl"@de;
skos:preflabel "MildSteel"@en;
skos:related :Grade;
:hasDescriptionCitationSource "DIN EN 10346_2015"@de;
:hasExampleData "DX56D";
:hasLabelSource "DIN EN 10346_2015"@de .
:PyironProject
rdf:type owl:Class;
rdfs:comment "A frame where all pyiron jobs are done on top of this frame. It encloses a number of jobs. It also provides utility functions for creatig python objects for these jobs."@en;
rdfs:label "Pyiron project"@en , "Pyiron Projekt"@de;
skos:preflabel "Pyiron project"@en , "Pyiron Projekt"@de .
:hasMatPiecewiseLinearPlasticity_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMatPiecewiseLinearPlasticity"@en;
rdfs:range :MatPiecewiseLinearPlasticity;
skos:preflabel "hasMatPiecewiseLinearPlasticity"@en .
:hasLatticeStructure
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has LatticeStructure";
rdfs:seeAlso :LatticeStructure , :hasLatticeStructure_Object .
:hasNumberSlipSystems_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has NumberSlipSystems";
rdfs:seeAlso :NumberSlipSystems , :hasNumberSlipSystems_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasAnisotropicYieldFunctionParameters
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has AnisotropicYieldFunctionParameters";
rdfs:seeAlso :AnisotropicYieldFunctionParameters , :hasAnisotropicYieldFunctionParameters_Object .
:hasTrueThicknessStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueThicknessStrain"@en;
rdfs:range :TrueThicknessStrain;
skos:preflabel "hasTrueThicknessStrain"@en .
:hasTexture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTexture"@en;
rdfs:range :Texture;
skos:preflabel "hasTexture"@en .
:hasFailureCriteriaTypeAdd4StrainAverage_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureCriteriaTypeAdd4StrainAverage"@en;
rdfs:range :FailureCriteriaTypeAdd4StrainAverage;
skos:preflabel "hasFailureCriteriaTypeAdd4StrainAverage"@en .
:SampleInfos
rdf:type skos:Concept , owl:Class;
rdfs:label "SampleInfos"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probeninfos"@de , "sample infos"@en;
skos:preflabel "SampleInfos"@en;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de;
:hasLabelSource "linguee"@en , "K-Item"@de .
:hasClamping_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasClamping"@en;
rdfs:range :Clamping;
skos:preflabel "hasClamping"@en .
:hasRValue_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRValue"@en;
rdfs:range :RValue;
skos:preflabel "hasRValue"@en .
:hasForceMeasuringSystem_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasForceMeasuringSystem"@en;
rdfs:range :ForceMeasuringSystem;
skos:preflabel "hasForceMeasuringSystem"@en .
:hasDiameterAfterFracture2_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDiameterAfterFracture2"@en;
rdfs:range :DiameterAfterFracture2;
skos:preflabel "hasDiameterAfterFracture2"@en .
:hasBlankHolderForce_KiloN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BlankHolderForce";
rdfs:seeAlso :BlankHolderForce , :hasBlankHolderForce_Object;
:hasUnit qudtUnit:KiloN;
:hasUnitLabel "kN" .
:MeasuringDevice
rdf:type owl:Class , skos:Concept;
rdfs:label "MeasuringDevice"@en;
rdfs:seeAlso :Machine;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Messmittel"@de;
skos:preflabel "MeasuringDevice"@en;
skos:related :Machine;
:hasExampleData "Hochgeschwindigkeits Prüfmaschine";
:hasLabelSource "Messmitteldatenbank"@de .
:hasOutput
rdf:type owl:ObjectProperty;
rdfs:domain :Code;
rdfs:label "has output"@en;
dc:description "output of a code"@en;
skos:preflabel "has output"@en .
:ThermalConductivity
rdf:type owl:Class .
:hasForceMeasuringSystem
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ForceMeasuringSystem";
rdfs:seeAlso :ForceMeasuringSystem , :hasForceMeasuringSystem_Object .
:hasUnit
rdf:type owl:ObjectProperty;
rdfs:label "has unit"@en;
dc:description "the unit associated with the resource. More than one property of this kind for one resource should be only used if the units are equivalent"@en;
skos:preflabel "has unit"@en .
:YieldForce_0.2Percentage
rdf:type skos:Concept , owl:Class;
rdfs:label "YieldForce_0.2Percentage"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Fp0.2"@de;
skos:preflabel "YieldForce_0.2Percentage"@en;
:hasExampleData "5947";
:hasLabelSource "AFZ1-Fz-S1Q.xlm"@de;
:hasSymbol "Fp02"@en;
:hasSymbolLatex "F_{p02}"@en;
:hasTypicalUnit qudtUnit:KiloN;
:hasTypicalUnitLabel "kN";
:isBasedOn :PercentageExtension , :Force , :ModulusOfElasticity .
:hasTrueTotalStrain_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueTotalStrain";
rdfs:seeAlso :TrueTotalStrain , :hasTrueTotalStrain_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasWidthChange_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasWidthChange"@en;
rdfs:range :WidthChange;
skos:preflabel "hasWidthChange"@en .
:hasShearStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasShearStrength"@en;
rdfs:range :ShearStrength;
skos:preflabel "hasShearStrength"@en .
:SampleType
rdf:type owl:Class , skos:Concept;
rdfs:label "SampleType"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"die allgemeine Probenart\" [Authors]"@de , "\"The general type of the specimen.\" [Authors]"@en;
skos:altlabel "Probentyp"@de , "sample type"@en;
skos:preflabel "SampleType"@en;
skos:related :TestPieceGeometry;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de;
:hasExampleData "Flachzugprobe";
:hasLabelSource "K-Item"@de , "linguee"@en .
:hasWork_KiloJ
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Work";
rdfs:seeAlso :Work , :hasWork_Object;
:hasUnit qudtUnit:KiloJ;
:hasUnitLabel "kJ" .
:ShearLengthAfterFracture1
rdf:type skos:Concept , owl:Class;
rdfs:label "ShearLengthAfterFracture1"@en;
rdfs:seeAlso :ShearLengthAfterFracture1;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probenbreite B1 nach Bruch"@de;
skos:preflabel "ShearLengthAfterFracture1"@en;
skos:related :ShearLengthAfterFracture1;
:hasLabelSource "YS1-Sz0°-S1L"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasMinTimeStep4ElementDel_SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MinTimeStep4ElementDel";
rdfs:seeAlso :MinTimeStep4ElementDel , :hasMinTimeStep4ElementDel_Object;
:hasUnit ;
:hasUnitLabel "s" .
:AlloyDevelopment
rdf:type owl:Class .
:HardeningParameterTau0
rdf:type owl:Class , skos:Concept;
rdfs:label "HardeningParameterTau0"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model\" [General Knowledge]"@en , "\"Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird\" [General Knowledge]"@de;
skos:altlabel "Hardening parameter tau0"@en , "Verfestigungsparameter tau0"@de;
skos:preflabel "HardeningParameterTau0"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbolLatex "\\tau_0"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:BlankHolderForce
rdf:type skos:Concept , owl:Class;
rdfs:label "BlankHolderForce"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Kraft zum Halten des Schnittteils, das Einschnüren muss sowie wie möglich verhindert werden\" [DIN EN ISO 12004-2: 2021_07, 13]"@de , "\"Draw-in shall be prevented as much as possible\" [DIN EN ISO 12004-2: 2021_07, 5]"@en;
skos:altlabel "Clamping force"@en , "blank holder force"@en , "Haltekraft des Schnittteils"@de;
skos:preflabel "BlankHolderForce"@en;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 12004-2: 2021_07, 13"@de , "DIN EN ISO 12004-2: 2021_07, 5"@en;
:hasExampleData "600" , "325";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 13"@de , "DIN EN ISO 12004-2: 2021_07, 5"@en , "AFZ1-NZ50-25-D1Q"@en;
:hasTypicalUnit qudtUnit:KiloN;
:hasTypicalUnitLabel "kN" .
:hasGrid
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Grid";
rdfs:seeAlso :Grid , :hasGrid_Object .
:hasProofStrength_0.2Percentage_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasProofStrength_0.2Percentage"@en;
rdfs:range :ProofStrength_0.2Percentage;
skos:preflabel "hasProofStrength_0.2Percentage"@en .
:hasPercentageReductionOfArea_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageReductionOfArea"@en;
rdfs:range :PercentageReductionOfArea;
skos:preflabel "hasPercentageReductionOfArea"@en .
:hasCameraSystem_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCameraSystem"@en;
rdfs:range :CameraSystem;
skos:preflabel "hasCameraSystem"@en .
:EulerAngle1
rdf:type owl:Class , skos:Concept;
rdfs:label "EulerAngle1"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Einer von drei Winkel, die nach dem Schweizer Mathematiker Leonhard Euler benannt wurden und einen Satz von drei Winkeln darstellen, mit denen die Orientierung (Drehlage) eines festen Körpers im dreidimensionalen euklidischen Raum beschrieben werden kann.\" [General Knowledge]"@de , "\"One of three euler angles that are introduced by Leonhard Euler to describe the orientation of a rigid body with respect to a fixed coordinate system\" [General Knowledge]"@en;
skos:altlabel "Erster Euler Winkel"@de , "First euler angle"@en;
skos:preflabel "EulerAngle1"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "ϕ_1"@en;
:hasSymbolLatex "\\varphi_1"@en .
:input
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "input"@en;
skos:preflabel "input"@en .
:TestingRate
rdf:type owl:Class , skos:Concept;
rdfs:label "TestingRate"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"während des Versuchs verwendete Geschwindigkeit(en) als Oberbegriff\" [DIN EN ISO 6892-1, 3.7]"@de;
skos:altlabel "Testing rate"@en , "Prüfgeschwindigkeit"@de;
skos:preflabel "TestingRate"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 10.3"@en , "DIN EN ISO 6892-1, 3.7"@de;
:hasLabelSource "DIN EN ISO 6892-1, 10.3"@en , "DIN EN ISO 6892-1, 3.7"@de .
:hasInventoryNumber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInventoryNumber"@en;
rdfs:range :InventoryNumber;
skos:preflabel "hasInventoryNumber"@en .
:hasTimeStamp_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTimeStamp"@en;
rdfs:range :TimeStamp;
skos:preflabel "hasTimeStamp"@en .
:hasMinimumCrossSectionAfterFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMinimumCrossSectionAfterFracture"@en;
rdfs:range :MinimumCrossSectionAfterFracture;
skos:preflabel "hasMinimumCrossSectionAfterFracture"@en .
:hasExtensionAtFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasExtensionAtFracture"@en;
rdfs:range :ExtensionAtFracture;
skos:preflabel "hasExtensionAtFracture"@en .
:FailureStrainIdentifier4StrainRate
rdf:type skos:Concept , owl:Class;
rdfs:label "FailureStrainIdentifier4StrainRate"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Load curve ID defining plastic failure strain as a function of plastic strain rate"@en;
skos:altlabel "LCG"@en;
skos:preflabel "FailureStrainIdentifier4StrainRate"@en;
:hasExampleData "5";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasTaylorQuinneyCoefficient_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasTaylorQuinneyCoefficient"@en;
rdfs:range :TaylorQuinneyCoefficient;
skos:preflabel "hasTaylorQuinneyCoefficient"@en .
:hasElasticConstantC12_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasElasticConstantC12"@en;
rdfs:range :ElasticConstantC12;
skos:preflabel "hasElasticConstantC12"@en .
:hasSampleCode
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SampleCode";
rdfs:seeAlso :SampleCode , :hasSampleCode_Object .
:EulerAngleConvention
rdf:type owl:Class , skos:Concept;
rdfs:label "EulerAngleConvention"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Convention used to describe the Euler angles, e.g. Bunge\" [General Knowledge]"@en , "\"Verwendte Konvention zur beschreibung der Euler Winkel\" [General Knowledge]"@de;
skos:altlabel "Euler angle convention"@en , "Konvention der Euler Winkel"@de;
skos:preflabel "EulerAngleConvention"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasPercentageTotalExtensionAtFracture_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageTotalExtensionAtFracture";
rdfs:seeAlso :PercentageTotalExtensionAtFracture , :hasPercentageTotalExtensionAtFracture_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasElasticityModel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ElasticityModel";
rdfs:seeAlso :ElasticityModel , :hasElasticityModel_Object .
:RollingDirection
rdf:type skos:Concept , owl:Class;
rdfs:label "RollingDirection"@en;
rdfs:seeAlso :TestingDirection;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Walzrichtung"@de;
skos:preflabel "RollingDirection"@en;
skos:related :TestingDirection .
:hasExperimentIdentifier
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ExperimentIdentifier";
rdfs:seeAlso :ExperimentIdentifier , :hasExperimentIdentifier_Object .
:hasMaterialCard_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaterialCard"@en;
rdfs:range :MaterialCard;
skos:preflabel "hasMaterialCard"@en .
:hasMAT_ADD_DAMAGE_GISSMO_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMAT_ADD_DAMAGE_GISSMO"@en;
rdfs:range :MAT_ADD_DAMAGE_GISSMO;
skos:preflabel "hasMAT_ADD_DAMAGE_GISSMO"@en .
:FailureStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "FailureStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Failure strain curve/table or function\nGT.0.0: Load curve ID or table ID. As a load curve, it defines equivalent plastic strain to failure as a function of triaxiality. As a table, it defines for each Lode parameter value (between -1 and 1) a load curve ID giving the\nequivalent plastic strain to failure as a function of triaxiality for that Lode parameter value. With HISVN ≠ 0, a 3D table can be used, where failure strain is a function of the history variable (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE). With HISVN = 0, a 3D table introduces thermal effects, that is, failure strain is a function of temperature (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE).\nLT.0.0: |LCSDG| is the ID of a function (*DEFINE_FUNCTION) with the arguments triaxiality and Lode parameter: ?? (??, ??)."@en;
skos:altlabel "LCSDG"@en;
skos:preflabel "FailureStrain"@en;
:hasExampleData "5";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasMaterial_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaterial"@en;
rdfs:range :Material;
skos:preflabel "hasMaterial"@en .
:hasEulerAngle3
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EulerAngle3";
rdfs:seeAlso :EulerAngle3 , :hasEulerAngle3_Object .
:RelativeStandardDeviationOfTheSlope
rdf:type owl:Class , skos:Concept;
rdfs:label "RelativeStandardDeviationOfTheSlope"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"quotient of the standard deviation of the slope and the slope in the evaluation range, multiplied by 100 %\" [DIN EN ISO 6892-1, 3.17]"@en , "\"Quotient der Standardabweichung der Steigung und der Steigung im untersuchten Bereich multipliziert mit 100 %\" [DIN EN ISO 6892-1, 3.17]"@de;
skos:altlabel "relative standard deviation of the slope"@en , "relative Standardabweichung der Steigung"@de;
skos:preflabel "RelativeStandardDeviationOfTheSlope"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.17"@en , "DIN EN ISO 6892-1, 3.17"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.17"@en , "DIN EN ISO 6892-1, 3.17"@de;
:hasSymbol "Sm(rel)"@en;
:hasSymbolLatex "S_m(rel)"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:hasPostProcessingSoftware
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PostProcessingSoftware";
rdfs:seeAlso :PostProcessingSoftware , :hasPostProcessingSoftware_Object .
:hasOriginalGaugeLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOriginalGaugeLength"@en;
rdfs:range :OriginalGaugeLength;
skos:preflabel "hasOriginalGaugeLength"@en .
:TimeDependentEngineeringStrainRate
rdf:type owl:Class , skos:Concept;
rdfs:label "TimeDependentEngineeringStrainRate"@en;
rdfs:seeAlso :StrainRate;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"time-dependent engineering strain rate = de(t)/dt\" [ISO 26203-2, 2011, 4]"@en , "\"zeitabhängige technische Dehnrate = de(t)/dt\" [Authors]"@de;
skos:altlabel "Dehnrate"@de , "time dependent engineering strain rate"@en , "Time-dependent engineering strain rate"@en , "zeitabhängige technische Dehnrate"@de;
skos:preflabel "TimeDependentEngineeringStrainRate"@en;
skos:related :StrainRate;
:hasDescriptionCitationSource "Authors"@en , "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasExampleData "0.019";
:hasLabelSource "YS1-Fz-D1Q"@de , "Standard definition specific"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "e(t)"@en;
:hasSymbolLatex "\\dot{e(t)}"@en;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1";
:isBasedOn :Extension , :ExtensometerGaugeLength , :Time .
:ClampingForce
rdf:type skos:Concept , owl:Class;
rdfs:label "ClampingForce"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Klemmkraft"@de , "Clamping force"@en;
skos:preflabel "ClampingForce"@en;
:hasLabelSource "AFZ-BU-S1.TXT"@de , "deepl translator"@en;
:hasTypicalUnit qudtUnit:N;
:hasTypicalUnitLabel "N" .
:Hill48N
rdf:type owl:Class;
rdfs:comment "Parameter N for Hill48 yield criterion"@en .
:PlasticityModel
rdf:type skos:Concept , owl:Class;
rdfs:label "PlasticityModel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "phenomenological crystal plasticity model"@en;
skos:altlabel "phenopowerlaw"@en;
skos:preflabel "PlasticityModel"@en .
:HockettSherbySteadyStateStress
rdf:type owl:Class;
rdfs:comment "Steady-state flow stress used for the flow curve extrapolation according to Hockett and Sherby (1975)."@en;
rdfs:label "Hockett Sherby Steady State Stress"@en , "Hockett Sherby Sättigungsfließspannung"@de;
skos:preflabel "Hockett Sherby Steady State Stress"@en , "Hockett Sherby Sättigungsfließspannung"@de .
:hasFormingLimitCurve_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFormingLimitCurve"@en;
rdfs:range :FormingLimitCurve;
skos:preflabel "hasFormingLimitCurve"@en .
:hasForce_N
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Force";
rdfs:seeAlso :Force , :hasForce_Object;
:hasUnit qudtUnit:N;
:hasUnitLabel "N" .
:TimeSeries
rdf:type owl:Class;
rdfs:label "Time series"@en , "Zeitreihe"@de;
skos:preflabel "Time series"@en , "Zeitreihe"@de .
:hasShearLengthAfterFracture2_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ShearLengthAfterFracture2";
rdfs:seeAlso :ShearLengthAfterFracture2 , :hasShearLengthAfterFracture2_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:TestTime
rdf:type skos:Concept , owl:Class;
rdfs:label "TestTime"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Duration from beginning of test to moment of fracture initiation\" [ISO 26203-2, 2011, 4]"@en , "\"Zeit zwischen Versuchsbeginn und Zeitpunkt der Bruchinitiierung\" [Authors]"@de;
skos:altlabel "test time"@en , "Versuchszeit"@de;
skos:preflabel "TestTime"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasLabelSource "Standard definition specific"@en , "Authors"@de;
:hasSymbol "tf"@en;
:hasSymbolLatex "t_{f]"@en;
:hasTypicalUnit qudtUnit:SEC;
:hasTypicalUnitLabel "s" .
:hasEvaluationMethod_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEvaluationMethod"@en;
rdfs:range :EvaluationMethod;
skos:preflabel "hasEvaluationMethod"@en .
:hasSpecificPlasticWorkValue_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSpecificPlasticWorkValue"@en;
rdfs:range :SpecificPlasticWorkValue;
skos:preflabel "hasSpecificPlasticWorkValue"@en .
:hasBrinellHardnessCRMAverage_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBrinellHardnessCRMAverage"@en;
rdfs:range :BrinellHardnessCRMAverage;
skos:preflabel "hasBrinellHardnessCRMAverage"@en .
:TrueThicknessStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "TrueThicknessStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"True thickness strain received from post-processing the hydraulic bulge test.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Umformgrad in Dickenrichtung ermittelt mit Hilfe des hydraulischen Tiefungsversuchs.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Dickenformänderung"@de , "true thickness strain"@en , "Umformgrad in Dickenrichtung"@de , "True thickness strain"@en;
skos:preflabel "TrueThicknessStrain"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 12004-2: 2021_07, 8"@en , "DIN EN ISO 12004-2: 2021_07, 8"@de , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "ε_3"@en;
:hasSymbolLatex "\\epsilon_3"@en , "ε_3"@en .
:hasNominalEngineeringStrainRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasNominalEngineeringStrainRate"@en;
rdfs:range :NominalEngineeringStrainRate;
skos:preflabel "hasNominalEngineeringStrainRate"@en .
:Fracture
rdf:type owl:Class , skos:Concept;
rdfs:label "Fracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"phenomenon which is deemed to occur when total separation of the test piece occurs\" [DIN EN ISO 6892-1, 3.11]"@en , "\"Zustand, wenn die Probe vollständig geteilt ist\" [DIN EN ISO 6892-1, 3.11]"@de;
skos:altlabel "fracture"@en , "Bruch"@de;
skos:preflabel "Fracture"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.11"@en , "DIN EN ISO 6892-1, 3.11"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.11"@en , "DIN EN ISO 6892-1, 3.11"@de .
:ThermalExpansionCoefficient
rdf:type owl:Class .
:LatticeStructure
rdf:type skos:Concept , owl:Class;
rdfs:label "LatticeStructure"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Crystall structure of the material considered\" [General Knowledge]"@en , "\"Kristallstruktur des Werkstoffs\" [General Knowledge]"@de;
skos:altlabel "Lattice Structure"@en , "Kristallstruktur"@de;
skos:preflabel "LatticeStructure"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasSerialNumber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSerialNumber"@en;
rdfs:range :SerialNumber;
skos:preflabel "hasSerialNumber"@en .
:contactLength
rdf:type owl:Class;
rdfs:label "contact length"@en , "gedrückte Länge"@de;
skos:preflabel "contact length"@en , "gedrückte Länge"@de .
:DeliveryDate
rdf:type skos:Concept , owl:Class;
rdfs:label "DeliveryDate"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Lieferdatum"@de;
skos:preflabel "DeliveryDate"@en;
:hasLabelSource "K-Item"@de .
:NumberOfVirtualExperiments
rdf:type owl:Class , skos:Concept;
rdfs:label "NumberOfVirtualExperiments"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Anzahl an durchgeführten virtuellen Versuchen\" [General Knowledge]"@de , "\"Number of virtual experiments carried out\" [General Knowledge]"@en;
skos:altlabel "Number of virtual experiments"@en , "Anzahl der virtuellen Versuche"@de;
skos:preflabel "NumberOfVirtualExperiments"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasElongation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasElongation"@en;
rdfs:range :Elongation;
skos:preflabel "hasElongation"@en .
:IndentationDiameterAverage
rdf:type owl:Class , skos:Concept;
rdfs:label "IndentationDiameterAverage"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Average Indentation Diameter"@en;
skos:altlabel "Average Indentation Diameter"@en;
skos:preflabel "IndentationDiameterAverage"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
rdf:type owl:Class .
:MicrostructureModel
rdf:type skos:Concept , owl:Class;
rdfs:label "MicrostructureModel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"input-file describing the microstructure model for chosen solver\" [General Knowledge]"@en , "\"Input-Datei eines Mikrostrukturmodells für den jeweiligen Solver\" [General Knowledge]"@de;
skos:altlabel "Microstructure model"@en , "Mikrostructurmodel"@de;
skos:preflabel "MicrostructureModel"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasMatPiecewiseLinearPlasticityLogInterpolation_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMatPiecewiseLinearPlasticityLogInterpolation"@en;
rdfs:range :MatPiecewiseLinearPlasticityLogInterpolation;
skos:preflabel "hasMatPiecewiseLinearPlasticityLogInterpolation"@en .
:FailureCriteriaTypeAdd
rdf:type owl:Class , skos:Concept;
rdfs:label "FailureCriteriaTypeAdd"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Flag for additional failure criterion F2:\n=0.0: off (default)\n=1.0: on; An additional, load-path independent, failure criterion can be invoked, where the current state of plastic strain is used"@en;
skos:altlabel "FAILOPT"@en;
skos:preflabel "FailureCriteriaTypeAdd"@en;
:hasExampleData "0";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasMajorTrueStrain
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MajorTrueStrain";
rdfs:seeAlso :MajorTrueStrain , :hasMajorTrueStrain_Object .
:SimulationWorkflow
rdf:type owl:Class;
rdfs:label "Simulation Workflow"@en , "Simulationsablauf"@de;
rdfs:subClassOf :Workflow;
skos:preflabel "Simulation Workflow"@en , "Simulationsablauf"@de .
:hasForceMeasuringDevice
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ForceMeasuringDevice";
rdfs:seeAlso :ForceMeasuringDevice , :hasForceMeasuringDevice_Object .
:Experimentation
rdf:type owl:Class .
:PunchDisplacement
rdf:type skos:Concept , owl:Class;
rdfs:label "PunchDisplacement"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Displacement"@en;
skos:preflabel "PunchDisplacement"@en;
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasTestingDirection_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestingDirection"@en;
rdfs:range :TestingDirection;
skos:preflabel "hasTestingDirection"@en .
:hasMassDensity_GM-PER-CentiM3
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MassDensity";
rdfs:seeAlso :MassDensity , :hasMassDensity_Object;
:hasUnit ;
:hasUnitLabel "g/cm^3" .
:hasMaterialInstabilityStrain_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMaterialInstabilityStrain"@en;
rdfs:range :MaterialInstabilityStrain;
skos:preflabel "hasMaterialInstabilityStrain"@en .
:hasEngineeringStress_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEngineeringStress"@en;
rdfs:range :EngineeringStress;
skos:preflabel "hasEngineeringStress"@en .
:hasDamageThreshold_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DamageThreshold";
rdfs:seeAlso :DamageThreshold , :hasDamageThreshold_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasDisplacement_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDisplacement"@en;
rdfs:range :Displacement;
skos:preflabel "hasDisplacement"@en .
:PermissibleUncertainty
rdf:type skos:Concept , owl:Class;
rdfs:label "PermissibleUncertainty"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Permissible Uncertainty"@en;
skos:altlabel "Permissible Uncertainty"@en;
skos:preflabel "PermissibleUncertainty"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" .
:hasMeanEngineeringStrainRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MeanEngineeringStrainRate";
rdfs:seeAlso :MeanEngineeringStrainRate , :hasMeanEngineeringStrainRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:hasInnerDiameterDie_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InnerDiameterDie";
rdfs:seeAlso :InnerDiameterDie , :hasInnerDiameterDie_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:YieldingIdentifierIsoThermal
rdf:type owl:Class , skos:Concept;
rdfs:label "YieldingIdentifierIsoThermal"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Table ID defining for each temperature value a load curve ID giving the (quasi-static) effective stress versus effective plastic strain for that temperature"@en;
skos:altlabel "LCKT"@en;
skos:preflabel "YieldingIdentifierIsoThermal"@en;
:hasExampleData "3";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasPlasticEngineeringStrain_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PlasticEngineeringStrain";
rdfs:seeAlso :PlasticEngineeringStrain , :hasPlasticEngineeringStrain_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasHX340LAD
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HX340LAD";
rdfs:seeAlso :HX340LAD , :hasHX340LAD_Object .
:hasMatTabulatedJohnsonCook_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMatTabulatedJohnsonCook"@en;
rdfs:range :MatTabulatedJohnsonCook;
skos:preflabel "hasMatTabulatedJohnsonCook"@en .
:hasSpecificHeatCapacity_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasSpecificHeatCapacity"@en;
rdfs:range :SpecificHeatCapacity;
skos:preflabel "hasSpecificHeatCapacity"@en .
:GrainOrientation
rdf:type owl:Class;
rdfs:label "grain orientation"@en , "Kornausrichtung"@de;
skos:preflabel "grain orientation"@en , "Kornausrichtung"@de .
:hasFailureStrainIdentifier4MeshDependency_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureStrainIdentifier4MeshDependency"@en;
rdfs:range :FailureStrainIdentifier4MeshDependency;
skos:preflabel "hasFailureStrainIdentifier4MeshDependency"@en .
:hasForceAtFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasForceAtFracture"@en;
rdfs:range :ForceAtFracture;
skos:preflabel "hasForceAtFracture"@en .
:hasPercentagePermanentElongation_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentagePermanentElongation";
rdfs:seeAlso :PercentagePermanentElongation , :hasPercentagePermanentElongation_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasRadiusCurvature_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has RadiusCurvature";
rdfs:seeAlso :RadiusCurvature , :hasRadiusCurvature_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasBoundaryFile_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBoundaryFile"@en;
rdfs:range :BoundaryFile;
skos:preflabel "hasBoundaryFile"@en .
:hasMajorTrueStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMajorTrueStrain"@en;
rdfs:range :MajorTrueStrain;
skos:preflabel "hasMajorTrueStrain"@en .
:YieldStrength
rdf:type skos:Concept , owl:Class;
rdfs:label "YieldStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"wenn der metallische Werkstoff diese Eigenschaft aufweist, die Spannung zu einem bestimmten Zeitpunkt während des Versuchs bei dem eine plastische Verformung ohne Zunahme der Kraft auftritt\" [DIN EN ISO 6892-1, 3.10.2]"@de , "\"when the metallic material exhibits a yield phenomenon, stress corresponding to the point reached during the test at which plastic deformation occurs without any increase in the force\" [DIN EN ISO 6892-1, 3.10.2]"@en;
skos:altlabel "Streckgrenze"@de , "yield strength"@en;
skos:preflabel "YieldStrength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10.2"@de , "DIN EN ISO 6892-1, 3.10.2"@en;
:hasLabelSource "DIN EN ISO 6892-1, 3.10.2"@de , "DIN EN ISO 6892-1, 3.10.2"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasHomogenizationModel_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasHomogenizationModel"@en;
rdfs:range :HomogenizationModel;
skos:preflabel "hasHomogenizationModel"@en .
:InitialFlowStress_g0
rdf:type owl:Class;
rdfs:comment "DAMASK phenopower law parameter"@en .
:hasDeliveryDate
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DeliveryDate";
rdfs:seeAlso :DeliveryDate , :hasDeliveryDate_Object .
:PercentageReductionOfArea
rdf:type owl:Class , skos:Concept;
rdfs:label "PercentageReductionOfArea"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"maximum change in cross-sectional area which has occured during the test expressed as a percentage of the original cross-sectional area\" [Authors]"@en , "\"maximum change in cross-sectional area which has occurred during the test\" [DIN EN ISO 6892-1, 3.8]"@en , "\"größte während des Versuchs aufgetretene Änderung des Querschnitts, angegeben in Prozent, bezogen auf den Anfangsquerschnitt\" [DIN EN ISO 6892-1, 3.8]"@de;
skos:altlabel "Brucheinschnürung"@de , "percentage reduction of area"@en , "Brucheinschnürung Z"@de , "Z"@en;
skos:preflabel "PercentageReductionOfArea"@en;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 6892-1, 3.8"@en , "DIN EN ISO 6892-1, 3.8"@de;
:hasExampleData "67.42" , "78.0";
:hasLabelSource "DIN EN ISO 6892-1, 3.8"@en , "DIN EN ISO 6892-1, 3.8"@de , "YS1-Fz-D1Q"@de , "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "Z"@en;
:hasSymbolLatex "Z"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%";
:isBasedOn :OriginalCrosssection , :MinimumCrosssectionAfterFracture .
:hasEffectiveStress_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEffectiveStress"@en;
rdfs:range :EffectiveStress;
skos:preflabel "hasEffectiveStress"@en .
:hasThicknessAfterFracture2_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ThicknessAfterFracture2";
rdfs:seeAlso :ThicknessAfterFracture2 , :hasThicknessAfterFracture2_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:MatTabulatedJohnsonCookLogInterpolation
rdf:type skos:Concept , owl:Class;
rdfs:label "MatTabulatedJohnsonCookLogInterpolation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Simple incompressible plasticity model with adiabatic approach and logarithmic interpolation"@en;
skos:altlabel "Mat224LogInter"@en;
skos:preflabel "MatTabulatedJohnsonCookLogInterpolation"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en .
:MaterialsInformatics
rdf:type owl:Class .
:hasMaximumForce_KiloN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaximumForce";
rdfs:seeAlso :MaximumForce , :hasMaximumForce_Object;
:hasUnit qudtUnit:KiloN;
:hasUnitLabel "kN" .
:hasComplexPhaseSteel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ComplexPhaseSteel";
rdfs:seeAlso :ComplexPhaseSteel , :hasComplexPhaseSteel_Object .
:hasFEMSolver_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFEMSolver"@en;
rdfs:range :FEMSolver;
skos:preflabel "hasFEMSolver"@en .
:hasWidthAfterFracture1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasWidthAfterFracture1"@en;
rdfs:range :WidthAfterFracture1;
skos:preflabel "hasWidthAfterFracture1"@en .
:TrueWidthStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "TrueWidthStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"true strain in width direction\" [Authors]"@en;
skos:altlabel "e-wBreite"@de;
skos:preflabel "TrueWidthStrain"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "0.005";
:hasLabelSource "AFZ1-Fz-S1Q.xlm"@de;
:hasSymbol "eps-wBreite"@en;
:hasSymbolLatex "eps-wBreite"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1";
:isBasedOn :WidthStrain .
:hasTruePlasticThicknessStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTruePlasticThicknessStrain"@en;
rdfs:range :TruePlasticThicknessStrain;
skos:preflabel "hasTruePlasticThicknessStrain"@en .
:DieTool
rdf:type skos:Concept , owl:Class;
rdfs:label "DieTool"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Die Tool"@en , "Werkzeug"@de;
skos:preflabel "DieTool"@en;
:hasExampleData "Bulge DM100";
:hasLabelSource "deepl translator"@en , "AFZ-BU-S1.TXT"@de .
:InnerDiameterDie
rdf:type skos:Concept , owl:Class;
rdfs:label "InnerDiameterDie"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Matrizendurchmesser (innen) der Prüfeinrichtung.\" [DIN EN ISO 16808:2022-08, 4]"@de , "\"Diameter of the die (inner) of the testing machine.\" [DIN EN ISO 16808:2022-08, 4]"@en;
skos:altlabel "Matrizendurchmesser (innen)"@de , "Diameter of the die (inner)"@en;
skos:preflabel "InnerDiameterDie"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "d_die"@en;
:hasSymbolLatex "d_die"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasMildSteel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MildSteel";
rdfs:seeAlso :MildSteel , :hasMildSteel_Object .
:ReferenceShearRate
rdf:type skos:Concept , owl:Class;
rdfs:label "ReferenceShearRate"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "List of reference shear rate per slip family"@en , "\"Reference shear rate used in the crystal plasticity constitutive model\" [General Knowledge]"@en , "\"Referenzscherrate, die im Kristallplastizitätsmodell verwendet wurde\" [General Knowledge]"@de;
skos:altlabel "dot_gamma_0_sl"@en , "Referenzscherrate"@de , "Reference shear rate"@en;
skos:preflabel "ReferenceShearRate"@en;
skos:related :phenopowerlaw;
:hasDescriptionCitationSource "General Knowledge"@de , "General Knowledge"@en;
:hasExampleData "[0.001, 0.001]";
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en;
:hasSymbolLatex "\\dot{\\vargamma}_{0}"@en;
:hasTypicalUnit , qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" , "1/s" .
:hasHCT980X
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HCT980X";
rdfs:seeAlso :HCT980X , :hasHCT980X_Object .
:EDX
rdf:type owl:Class .
:hasTester
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Tester";
rdfs:seeAlso :Tester , :hasTester_Object .
:UniformElongation
rdf:type owl:Class;
rdfs:label "Uniform Elongation"@en , "Gleichmassdehnung"@de;
skos:preflabel "Uniform Elongation"@en , "Gleichmassdehnung"@de .
:TestingRate2
rdf:type owl:Class;
rdfs:comment "Prüfgeschwindigkeit nach Umschaltpunkt"@en;
rdfs:label "Prüfgeschwindigkeit"@de;
skos:preflabel "Prüfgeschwindigkeit"@de .
:hasStress_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasStress"@en;
rdfs:range :Stress;
skos:preflabel "hasStress"@en .
:hasDataSamplingFrequency_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDataSamplingFrequency"@en;
rdfs:range :DataSamplingFrequency;
skos:preflabel "hasDataSamplingFrequency"@en .
:GaugeLength
rdf:type skos:Concept , owl:Class;
rdfs:label "GaugeLength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"length of the parallel portion of the test piece on which elongation is measured at any moment during the test\" [DIN EN ISO 6892-1, 3.1]"@en , "\"Länge des parallelen Teils der Probe, an dem zu einem beliebigen Zeitpunkt während des Versuchs die Verlängerung gemessen wird\" [DIN EN ISO 6892-1, 3.1]"@de;
skos:altlabel "Messlänge"@de , "gauge length"@en;
skos:preflabel "GaugeLength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.1"@en , "DIN EN ISO 6892-1, 3.1"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.1"@en , "DIN EN ISO 6892-1, 3.1"@de;
:hasSymbol "L"@en;
:hasSymbolLatex "L"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasPercentageTotalExtensionAtMaximumForce_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageTotalExtensionAtMaximumForce";
rdfs:seeAlso :PercentageTotalExtensionAtMaximumForce , :hasPercentageTotalExtensionAtMaximumForce_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:PyironJob
rdf:type owl:Class;
rdfs:comment "execution information of a Code; can get deferred; can get executed on a batch system. A Pyiron job bundles all required metadata for a Pyiron code execution. Is similar to the context of a process from computer science."@en;
rdfs:label "Pyiron Job"@en , "Pyiron Job"@de;
rdfs:subClassOf emmo:process;
skos:altlabel " Pyiron execution context"@en , " Pyiron Kontext"@de , " Pyiron Prozess"@de , "Pyiron Job"@de , "Pyiron process"@en;
skos:preflabel "Pyiron Job"@en , "Pyiron Job"@de .
:EngineeringStress
rdf:type owl:Class , skos:Concept;
rdfs:label "EngineeringStress"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"technische Spannung\" [Authors]"@de , "\"engineering stress\" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "technische Spannung"@de , "Sigma-technisch"@de , "engineering stress"@en , "Sigma Tech"@en;
skos:preflabel "EngineeringStress"@en;
:hasDescriptionCitationSource "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasExampleData "9751";
:hasLabelSource "YS1-FzR4-S1Q"@en , "YS1-Fz-D1Q"@de , "YS1-FzR4-S1Q"@de , "AFZ1-Fz-S1Q.xlsx"@en , "YS1-Sz0°-S1L"@de , "ISO 26203-2, 2011, 4"@en , "Standard definition specific"@de;
:hasSymbol "Sig-technisch"@en , "R"@en;
:hasSymbolLatex "Sig-technisch"@en , "R"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :OriginalCrosssection , :Force .
:hasEulerAngleConvention
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EulerAngleConvention";
rdfs:seeAlso :EulerAngleConvention , :hasEulerAngleConvention_Object .
:hasAbsoluteCrossheadTravel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasAbsoluteCrossheadTravel"@en;
rdfs:range :AbsoluteCrossheadTravel;
skos:preflabel "hasAbsoluteCrossheadTravel"@en .
:hasPercentageExtension_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageExtension";
rdfs:seeAlso :PercentageExtension , :hasPercentageExtension_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasDiameter_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Diameter";
rdfs:seeAlso :Diameter , :hasDiameter_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:ScriptJob
rdf:type owl:Class;
rdfs:comment "a Pyiron job for executing a script like e.g. JupyterNotebook"@en;
rdfs:label "Script Job"@en;
rdfs:subClassOf :PyironJob;
skos:preflabel "Script Job"@en .
:hasCrossheadSeparationRate_MilliM-PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CrossheadSeparationRate";
rdfs:seeAlso :CrossheadSeparationRate , :hasCrossheadSeparationRate_Object;
:hasUnit qudtUnit:MilliM-PER-SEC;
:hasUnitLabel "mm/s" , "mm s -1" .
:DigitalWorkflow
rdf:type owl:Class;
rdfs:comment "Definition in the Workflow Group: \"A workflow is a chain of well-documented process steps to create or handle data for a specific problem in order to deliver a particular set of outputs.\"\nor\n\"chain of steps\""@en;
rdfs:label "Digital workflow"@en , "Digitaler Arbeitsablauf"@de;
rdfs:subClassOf :Workflow;
skos:preflabel "Digital workflow"@en , "Digitaler Arbeitsablauf"@de .
:hasBatchNumber
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BatchNumber";
rdfs:seeAlso :BatchNumber , :hasBatchNumber_Object .
:hasRadiusDie_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRadiusDie"@en;
rdfs:range :RadiusDie;
skos:preflabel "hasRadiusDie"@en .
:hasPercentagePermanentElongation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentagePermanentElongation"@en;
rdfs:range :PercentagePermanentElongation;
skos:preflabel "hasPercentagePermanentElongation"@en .
:hasStrainRateScaleParameterP_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has StrainRateScaleParameterP";
rdfs:seeAlso :StrainRateScaleParameterP , :hasStrainRateScaleParameterP_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasCalibrationStatus_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCalibrationStatus"@en;
rdfs:range :CalibrationStatus;
skos:preflabel "hasCalibrationStatus"@en .
:UnusualCrashTest
rdf:type owl:Class;
rdfs:comment "Crashtestresults that differ from simulations"@en;
rdfs:label "Unusual crash test"@en , "Ungewöhnlicher Crashtest"@de;
skos:preflabel "Unusual crash test"@en , "Ungewöhnlicher Crashtest"@de .
:Laboratory
rdf:type owl:Class , skos:Concept;
rdfs:label "Laboratory"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Laboratory that measured the bulge test values\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Prüflabor, das die Werte des hydraulischen Tiefungsversuchs gemessen hat.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Prüflabor"@de , "Laboratory"@en;
skos:preflabel "Laboratory"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de .
:hasMildSteel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMildSteel"@en;
rdfs:range :MildSteel;
skos:preflabel "hasMildSteel"@en .
:hasTotalAverageDiameter_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTotalAverageDiameter"@en;
rdfs:range :TotalAverageDiameter;
skos:preflabel "hasTotalAverageDiameter"@en .
:hasTargetClampingForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTargetClampingForce"@en;
rdfs:range :TargetClampingForce;
skos:preflabel "hasTargetClampingForce"@en .
rdf:type owl:Class .
:UltimateTensileStrength
rdf:type owl:Class;
rdfs:label "Ultimate Tensile Strength"@en , "Zugfestigkeit"@de;
skos:preflabel "Ultimate Tensile Strength"@en , "Zugfestigkeit"@de .
:hasEngineeringStrain_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EngineeringStrain";
rdfs:seeAlso :EngineeringStrain , :hasEngineeringStrain_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:DamaskCode
rdf:type owl:Class;
rdfs:label "Damask code"@en , "Damask Code"@de;
rdfs:subClassOf :Code;
skos:altlabel "code damask"@en , "Damask Ablauf"@de;
skos:preflabel "Damask code"@en , "Damask Code"@de .
:Modulus
rdf:type owl:Class .
:hasTypicalUnitLabel
rdf:type owl:DatatypeProperty;
rdfs:label "has typical unit label"@en;
rdfs:range xsd:string;
dc:description "A typical unit label for the resource"@en;
skos:preflabel "has typical unit label"@en .
:hasWidth_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasWidth"@en;
rdfs:range :Width;
skos:preflabel "hasWidth"@en .
:Repetition
rdf:type owl:Class , skos:Concept;
rdfs:label "Repetition"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Indentation Repetition"@en;
skos:altlabel "Indentation Repetition"@en;
skos:preflabel "Repetition"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:LatentHardeningQ0
rdf:type skos:Concept , owl:Class;
rdfs:label "LatentHardeningQ0"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Parameter, der in der Interaktionsmatrix die Fremdverfestigung (latent hardning) eines Gleitsystems innerhalb der gleichen Gleitsystem-Familie beschreibt\" [General Knowledge]"@de , "Off-diagonal elements in Interaction matrix q_ab for the same slip system family"@en;
skos:altlabel "Latent Hardening Parameter"@de , "LatentHardening q0"@en;
skos:preflabel "LatentHardeningQ0"@en;
:hasDescriptionCitationSource "General Knowledge"@de;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en;
:hasSymbolLatex "\\q_0"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" .
:ElementDeletionTreatment
rdf:type owl:Class , skos:Concept;
rdfs:label "ElementDeletionTreatment"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Determines the amount of fully damaged integration points before element deletion:\n>0…Number of integration points which must fail before the element is deleted\n<0…-NUMINT is percentage of integration points/layers which must fail before shell element fails\n=200...Turns off erosion for shells and solids"@en;
skos:altlabel "NUMINT"@en;
skos:preflabel "ElementDeletionTreatment"@en;
:hasExampleData "-50";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasRollingDirection_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRollingDirection"@en;
rdfs:range :RollingDirection;
skos:preflabel "hasRollingDirection"@en .
:Material
rdf:type owl:Class , skos:Concept;
rdfs:comment "The material used in the experiment."@en;
rdfs:label "Material"@en;
rdfs:seeAlso pmdco:MaterialDesignation;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Identification of material.\" [General Knowledge]"@en , "\"Bezeichnung des Werkstoffs.\" [General Knowledge]"@de , "\"Bezeichnung des Werkstoffs.\" [DIN EN ISO 16808:2022-08, 12]"@de , "\"Identification of material.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"The material used in the experiment.\" [Authors]"@en;
skos:altlabel "Material"@de , "Material"@en , "Werkstoffbezeichnung"@de , "MATERIAL_NAME"@en , "Werkstoff"@de , "material"@en;
skos:preflabel "Material"@en;
skos:related pmdco:MaterialDesignation;
:hasDescriptionCitationSource "General Knowledge"@de , "General Knowledge"@en , "Authors"@en , "DIN EN ISO 16808:2022-08, 12"@de , "DIN EN ISO 16808:2022-08, 12"@en;
:hasExampleData "ZStE340" , "H340LAD" , "HX340LAD" , "42CrMoS4";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@de , "AFZ-BU-S1.TXT"@de , "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "General Knowledge"@en , "General Knowledge"@de , "AFZ1-ST-D1"@en , "AFZ1-NZ50-25-D1Q"@de , "AFZ1-NZ50-25-D1Q"@en , "AWA_1_01_Rz-46N171"@de , "DIN EN ISO 12004-2: 2021_07"@en , "DIN EN ISO 12004-2: 2021_07, 7"@de , "YS1-Fz-D1Q"@de , "YS1-Sz0°-S1L"@de .
:TotalLength
rdf:type skos:Concept , owl:Class;
rdfs:label "TotalLength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"total length of test piece\" [DIN EN ISO 6892-1, Table 1]"@en , "\"Gesamtlänge der Probe\" [DIN EN ISO 6892-1, Tabelle 1]"@de;
skos:altlabel "total length"@en , "Gesamtlänge der Probe"@de;
skos:preflabel "TotalLength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, Table 1"@en , "DIN EN ISO 6892-1, Tabelle 1"@de;
:hasLabelSource "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en;
:hasSymbol "Lt"@en;
:hasSymbolLatex "L_t"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:EDS
rdf:type owl:Class .
:stripWidth
rdf:type owl:Class;
rdfs:label "strip width"@en , "Bandbreite"@de;
skos:preflabel "strip width"@en , "Bandbreite"@de .
:hasUnitLabel
rdf:type owl:DatatypeProperty;
rdfs:label "has unit label"@en;
rdfs:range xsd:string;
dc:description "The specific unit label for the resource. More than one property of this kind for one resource should be only used if the units are equivalent"@en;
skos:preflabel "has unit label"@en .
:hasTruePlasticStrain_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TruePlasticStrain";
rdfs:seeAlso :TruePlasticStrain , :hasTruePlasticStrain_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasFailureStrainIdentifier_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureStrainIdentifier"@en;
rdfs:range :FailureStrainIdentifier;
skos:preflabel "hasFailureStrainIdentifier"@en .
:hasOriginalDiameter_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has OriginalDiameter";
rdfs:seeAlso :OriginalDiameter , :hasOriginalDiameter_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasMaximumForceNoDiscontinousYielding_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaximumForceNoDiscontinousYielding"@en;
rdfs:range :MaximumForceNoDiscontinousYielding;
skos:preflabel "hasMaximumForceNoDiscontinousYielding"@en .
:hasProofStrength_1Percentage_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ProofStrength_1Percentage";
rdfs:seeAlso :ProofStrength_1Percentage , :hasProofStrength_1Percentage_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasMeasuringDevice
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MeasuringDevice";
rdfs:seeAlso :MeasuringDevice , :hasMeasuringDevice_Object .
:hasRateSensitivityOfSlip_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has RateSensitivityOfSlip";
rdfs:seeAlso :RateSensitivityOfSlip , :hasRateSensitivityOfSlip_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:TestTemperatur
rdf:type skos:Concept , owl:Class;
rdfs:label "TestTemperatur"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "temperature"@en , "Prüftemperatur"@de;
skos:preflabel "TestTemperatur"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "RT";
:hasLabelSource "YS1-Fz-D1Q"@de .
:hasPoissonsRatio_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPoissonsRatio"@en;
rdfs:range :PoissonsRatio;
skos:preflabel "hasPoissonsRatio"@en .
:FrameOfMaterial
rdf:type owl:Class;
rdfs:label "frame of material"@en , "Rahmenmaterial"@de;
skos:preflabel "frame of material"@en , "Rahmenmaterial"@de .
:hasPercentageTotalExtensionAtFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageTotalExtensionAtFracture"@en;
rdfs:range :PercentageTotalExtensionAtFracture;
skos:preflabel "hasPercentageTotalExtensionAtFracture"@en .
:CalibrationComponents
rdf:type owl:Class , skos:Concept;
rdfs:label "CalibrationComponents"@en;
rdfs:seeAlso :CalibrationStatus;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Kalibrierkomponenten"@de;
skos:preflabel "CalibrationComponents"@en;
skos:related :CalibrationStatus;
:hasExampleData "Maschinenweg, Lastzelle";
:hasLabelSource "K-Item"@de .
:Grade
rdf:type skos:Concept , owl:Class;
rdfs:label "Grade"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "K-Item"@en , "Güte"@de;
skos:preflabel "Grade"@en;
:hasLabelSource "K-Item"@de .
:hasPunchDiameter_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PunchDiameter";
rdfs:seeAlso :PunchDiameter , :hasPunchDiameter_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:HCT980C
rdf:type skos:Concept , owl:Class;
rdfs:label "HCT980C"@en;
rdfs:seeAlso :ComplexPhaseSteel;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "HCT980C"@en;
skos:preflabel "HCT980C"@en;
skos:related :ComplexPhaseSteel;
:hasLabelSource "DIN EN 10346_2015"@en .
:hasHardeningParameterTau0_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningParameterTau0";
rdfs:seeAlso :HardeningParameterTau0 , :hasHardeningParameterTau0_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasClamping
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Clamping";
rdfs:seeAlso :Clamping , :hasClamping_Object .
:EbsdFileName
rdf:type owl:Class , skos:Concept;
rdfs:label "EbsdFileName"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Name of the EBSD-File used for the post-processing.\" [General Knowledge]"@en , "\"Name der EBSD-Datei, die für die Auswertung verwendet wurde.\" [General Knowledge]"@de;
skos:altlabel "EBSD-Dateinamen"@de , "EBSD file name"@en;
skos:preflabel "EbsdFileName"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:NotchTensileStrength
rdf:type owl:Class , skos:Concept;
rdfs:label "NotchTensileStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"notch tensile strength\" [Authors]"@en;
skos:altlabel "Rm"@de;
skos:preflabel "NotchTensileStrength"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "468";
:hasLabelSource "YS1-FzR4-S1Q"@de;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :EngineeringStress .
:hasTestingMachineUncertainty_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestingMachineUncertainty"@en;
rdfs:range :TestingMachineUncertainty;
skos:preflabel "hasTestingMachineUncertainty"@en .
:HardeningParameterTheta0
rdf:type skos:Concept , owl:Class;
rdfs:label "HardeningParameterTheta0"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird\" [General Knowledge]"@de , "\"Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model\" [General Knowledge]"@en;
skos:altlabel "Hardening parameter theta0"@en , "Verfestigungsparameter theta0"@de;
skos:preflabel "HardeningParameterTheta0"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbolLatex "\\theta_0"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasDamageExponent_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DamageExponent";
rdfs:seeAlso :DamageExponent , :hasDamageExponent_Object;
:hasUnit ;
:hasUnitLabel "1" .
:Simulation
rdf:type owl:Class;
rdfs:label "Simulation"@en , "Simulation"@de;
skos:preflabel "Simulation"@en , "Simulation"@de .
:TotalEngineeringStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "TotalEngineeringStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"gesamte (elastische und plastische) technische Dehnung\" [Authors]"@de , "\"total engineering strain \" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "gesamte technische Dehnung"@de , "total engineering strain "@en;
skos:preflabel "TotalEngineeringStrain"@en;
:hasDescriptionCitationSource "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "Standard definition specific"@de;
:hasSymbol "et"@en;
:hasSymbolLatex "e_{t}"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:J-Per-Gm-K
rdf:type qudt:Unit;
:hasUnitLabel "J/(g*K)" .
:CodeRessource
rdf:type owl:Class;
rdfs:comment "Input or output of a job"@en;
rdfs:label "Resource"@en;
skos:preflabel "Resource"@en .
:Remark
rdf:type skos:Concept , owl:Class;
rdfs:label "Remark"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"A specific comment about the experiment.\" [Authors]"@en;
skos:altlabel "Bemerkungen"@de , "Testing Comment"@en , "Remark"@en , "Kommentar"@de , "Bemerkung"@de;
skos:preflabel "Remark"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "Vorversuch";
:hasLabelSource "YS1-Sz0°-S1L"@de , "DX56_D_FZ2_WR00_43.TXT"@de , "AFZ-BU-S1.TXT"@de , "deepl translator"@en , "YS1-FzR4-S1Q"@de .
:SerialNumber
rdf:type skos:Concept , owl:Class;
rdfs:label "SerialNumber"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Seriennummer"@de;
skos:preflabel "SerialNumber"@en;
:hasExampleData "707680 2256611";
:hasLabelSource "Messmitteldatenbank"@de .
:hasSteel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Steel";
rdfs:seeAlso :Steel , :hasSteel_Object .
:Element
rdf:type owl:Class;
rdfs:comment "Chemical Elements"@en;
rdfs:label "Element"@en , "Element"@de;
skos:altlabel "chemical elements"@en;
skos:preflabel "Element"@en , "Element"@de .
:output
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "output"@en;
skos:preflabel "output"@en .
:SpecimenCrossSection
rdf:type skos:Concept , owl:Class;
rdfs:label "SpecimenCrossSection"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Cross section of a specimen, used for example in tensile tests"@en;
skos:altlabel "Specimen cross section"@en , "Probenquerschnitt"@de;
skos:preflabel "SpecimenCrossSection"@en .
:SlipSystemNumber
rdf:type skos:Concept , owl:Class;
rdfs:label "SlipSystemNumber"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Anzahl an Gleitsystemen, die im Kristallplastizitätsmodell verwendet wird\" [General Knowledge]"@de , "\"Number of slip systems used in the crystal plasticity constitutive model\" [General Knowledge]"@en;
skos:altlabel "Slip system number"@en , "Gleitsystemanzahl"@de;
skos:preflabel "SlipSystemNumber"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:MeltSpinning
rdf:type owl:Class .
:hasAmplitudeFile
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has AmplitudeFile";
rdfs:seeAlso :AmplitudeFile , :hasAmplitudeFile_Object .
:HDF5
rdf:type owl:Class;
rdfs:label "HDF5 File Format"@en , "HDF5 Dateiformat"@de;
skos:preflabel "HDF5 File Format"@en , "HDF5 Dateiformat"@de .
:hasElementDeletionTreatment_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasElementDeletionTreatment"@en;
rdfs:range :ElementDeletionTreatment;
skos:preflabel "hasElementDeletionTreatment"@en .
:CRMUncertainty
rdf:type skos:Concept , owl:Class;
rdfs:label "CRMUncertainty"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "CRM Uncertainty"@en;
skos:altlabel "CRM Uncertainty"@en;
skos:preflabel "CRMUncertainty"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" .
:Geometry
rdf:type owl:Class;
rdfs:label "Geometry"@en , "Geometrie"@de;
skos:preflabel "Geometry"@en , "Geometrie"@de .
:hasUser_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasUser"@en;
rdfs:range :User;
skos:preflabel "hasUser"@en .
:hasStep
rdf:type owl:ObjectProperty;
rdfs:domain :DigitalWorkflow;
rdfs:label "has Step"@en;
rdfs:range :WorkflowStep;
dc:description "The relation between digital workflows and workflow steps"@en;
skos:preflabel "has Step"@en .
:MorphologicalTexture
rdf:type owl:Class;
rdfs:label "Morphological Texture"@en , "Morphologische Beschaffenheit"@de;
skos:preflabel "Morphological Texture"@en , "Morphologische Beschaffenheit"@de .
:MilliM-PER-MIN
rdf:type qudt:Unit;
:hasUnitLabel "mm/min" .
:hasSpecificPlasticWorkValue
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SpecificPlasticWorkValue";
rdfs:seeAlso :SpecificPlasticWorkValue , :hasSpecificPlasticWorkValue_Object .
:hasPlasticityModel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PlasticityModel";
rdfs:seeAlso :PlasticityModel , :hasPlasticityModel_Object .
:hasShearLengthAfterFracture2_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasShearLengthAfterFracture2"@en;
rdfs:range :ShearLengthAfterFracture2;
skos:preflabel "hasShearLengthAfterFracture2"@en .
:hasEbsdFileName
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EbsdFileName";
rdfs:seeAlso :EbsdFileName , :hasEbsdFileName_Object .
:GrainSize
rdf:type owl:Class;
rdfs:label "Grain size"@en , "Korngröße"@de;
skos:preflabel "Grain size"@en , "Korngröße"@de .
:hasDiameterAfterFracture1_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DiameterAfterFracture1";
rdfs:seeAlso :DiameterAfterFracture1 , :hasDiameterAfterFracture1_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasTestPieceProcessing_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceProcessing"@en;
rdfs:range :TestPieceProcessing;
skos:preflabel "hasTestPieceProcessing"@en .
:EulerAngle3
rdf:type owl:Class , skos:Concept;
rdfs:label "EulerAngle3"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"One of three euler angles that are introduced by Leonhard Euler to describe the orientation of a rigid body with respect to a fixed coordinate system\" [General Knowledge]"@en , "\"Einer von drei Winkel, die nach dem Schweizer Mathematiker Leonhard Euler benannt wurden und einen Satz von drei Winkeln darstellen, mit denen die Orientierung (Drehlage) eines festen Körpers im dreidimensionalen euklidischen Raum beschrieben werden kann.\" [General Knowledge]"@de;
skos:altlabel "Third euler angle"@en , "Dritter Euler Winkel"@de;
skos:preflabel "EulerAngle3"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "ϕ_2"@en;
:hasSymbolLatex "\\varphi_1"@en .
:hasExtensionMeasuringSystem_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasExtensionMeasuringSystem"@en;
rdfs:range :ExtensionMeasuringSystem;
skos:preflabel "hasExtensionMeasuringSystem"@en .
:UpperYieldStrength
rdf:type owl:Class , skos:Concept;
rdfs:label "UpperYieldStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"höchste Spannung, bevor der erste Kraftabfall auftritt\" [DIN EN ISO 6892-1, 3.10.2.1]"@de , "\"maximum value of stress prior to the first decrease in force\" [DIN EN ISO 6892-1, 3.10.2.1]"@en;
skos:altlabel "obere Streckgrenze"@de , "upper yield strength"@en;
skos:preflabel "UpperYieldStrength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10.2.1"@en , "DIN EN ISO 6892-1, 3.10.2.1"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.10.2.1"@en , "DIN EN ISO 6892-1, 3.10.2.1"@de;
:hasSymbol "ReH"@en;
:hasSymbolLatex "R_{eH}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:MaximumForceDiscontinousYielding
rdf:type owl:Class , skos:Concept;
rdfs:label "MaximumForceDiscontinousYielding"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\" größte Kraft, der die Probe während des Versuchs nach dem Beginn der Verfestigung standhält\" [DIN EN ISO 6892-1, 3.9.2]"@de , "\" highest force that the test piece withstands during the test after the beginning of work-hardening\" [DIN EN ISO 6892-1, 3.9.2]"@en;
skos:altlabel "Höchstkraft"@de , "maximum force \"discontinous yielding\""@en;
skos:preflabel "MaximumForceDiscontinousYielding"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.9.2"@en , "DIN EN ISO 6892-1, 3.9.2"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.9.2"@en , "DIN EN ISO 6892-1, 3.9.2"@de;
:hasSymbol "Fm"@en;
:hasSymbolLatex "F_m"@en;
:hasTypicalUnit qudtUnit:N;
:hasTypicalUnitLabel "N" .
:metadata
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "metadata"@en;
skos:preflabel "metadata"@en .
:FinalGaugeLengthAfterFracture
rdf:type owl:Class , skos:Concept;
rdfs:label "FinalGaugeLengthAfterFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"length between gauge length (3.1) marks on the test piece measured after rupture, at room temperature, the two pieces having been carefully fitted back together so that their axes lie in a straight line\" [DIN EN ISO 6892-1, 3.1.2]"@en , "\"Länge zwischen den Marken zur Kennzeichnung der Messlänge (3.1) auf der Probe, die nach dem Bruch bei Raumtemperatur gemessen wird, nachdem die beiden Probenbruchstücke sorgfältig so zusammengefügt wurden, dass ihre Achsen in einer Geraden liegen\" [DIN EN ISO 6892-1, 3.1.2]"@de;
skos:altlabel "Messlänge nach dem Bruch"@de , "final gauge length after fracture"@en;
skos:preflabel "FinalGaugeLengthAfterFracture"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.1.2"@en , "DIN EN ISO 6892-1, 3.1.2"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.1.2"@en , "DIN EN ISO 6892-1, 3.1.2"@de;
:hasSymbol "Lu"@en;
:hasSymbolLatex "L_u"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasSerialNumber
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SerialNumber";
rdfs:seeAlso :SerialNumber , :hasSerialNumber_Object .
:InitialThickness
rdf:type owl:Class , skos:Concept;
rdfs:label "Anfangsdicke"@de , "initial thickness"@en , "InitialThickness"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Ausgangsblechdicke\" [DIN EN ISO 16808:2022-08, 4]"@de , "\"Initial thickness of the sheet.\" [DIN EN ISO 16808:2022-08, 4]"@en;
skos:altlabel "Dicke der Probe"@de , "Ausgangsblechdicke"@de , "Initial thickness of the sheet"@en;
skos:preflabel "InitialThickness"@en , "initial thickness"@en , "Anfangsdicke"@de;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasExampleData "1.496";
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de , "AFZ-BU-S1.TXT"@de;
:hasSymbol "t_0"@en;
:hasSymbolLatex "t_0"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:MaximumForce
rdf:type owl:Class , skos:Concept;
rdfs:label "MaximumForce"@en;
rdfs:seeAlso :MeasuringRange;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Maximalkraft\" [Authors]"@de , "\"maximum force\" [ISO 26203-2, 2011, 4]"@en , "\"highest force that the test piece withstands during the test\" [Authors]"@en;
skos:altlabel "Höchstzugkraft Fm"@de , "Fm"@de , "maximum force"@en , "Maximalkraft"@de;
skos:preflabel "MaximumForce"@en;
skos:related :MeasuringRange;
:hasDescriptionCitationSource "Authors"@de , "ISO 26203-2, 2011, 4"@en , "Authors"@en;
:hasExampleData "7690" , "500 kN" , "7008";
:hasLabelSource "K-Item"@de , "ISO 26203-2, 2011, 4"@en , "Standard definition specific"@de , "YS1-FzR4-S1Q"@de , "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@de;
:hasSymbol "Fm"@en;
:hasSymbolLatex "F_{m}"@en , "Fm"@en;
:hasTypicalUnit qudtUnit:N , qudtUnit:KiloN;
:hasTypicalUnitLabel "kN" , "N";
:isBasedOn :Force .
:hasTestPieceProducer_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceProducer"@en;
rdfs:range :TestPieceProducer;
skos:preflabel "hasTestPieceProducer"@en .
:FrameRate
rdf:type owl:Class , skos:Concept;
rdfs:label "FrameRate"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"sampling rate of the strain measuring system (e.g. high speed video recording)\" [Authors]"@en;
skos:altlabel "Frame rate"@en , "Abtastrate"@de , "Framerate"@en;
skos:preflabel "FrameRate"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "1000" , "25";
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en , "YS1-Fz-D1Q"@de;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1" .
:FinalCriticalStrength
rdf:type owl:Class , skos:Concept;
rdfs:label "FinalCriticalStrength"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "xi_inf_sl"@en;
skos:preflabel "FinalCriticalStrength"@en;
skos:related :phenopowerlaw;
:hasExampleData "[222.e+6, 412.e+6]";
:hasTypicalUnitLabel "Pa" .
:hasIndenterIdentifier_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasIndenterIdentifier"@en;
rdfs:range :IndenterIdentifier;
skos:preflabel "hasIndenterIdentifier"@en .
:TrueFractureStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "TrueFractureStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Epsilon True Frac"@en;
skos:preflabel "TrueFractureStrain"@en;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:isBasedOn :TrueStrain .
:hasTestPiece
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPiece";
rdfs:seeAlso :TestPiece , :hasTestPiece_Object .
:related
rdf:type owl:ObjectProperty;
rdfs:label "is related to"@en;
dc:description "some things are related"@en;
skos:preflabel "is related to"@en .
:Displacement
rdf:type owl:Class , skos:Concept;
rdfs:label "Displacement"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Tiefungsweg"@de , "Displacement"@en;
skos:preflabel "Displacement"@en;
:hasLabelSource "deepl translator"@en , "AFZ-BU-S1.TXT"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
rdf:type owl:Class .
rdf:type owl:Class .
:hasCRMUncertainty_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCRMUncertainty"@en;
rdfs:range :CRMUncertainty;
skos:preflabel "hasCRMUncertainty"@en .
:Width
rdf:type skos:Concept , owl:Class;
rdfs:label "Width"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"width of the extensometer gauge length in thickness direction\" [Authors]"@en;
skos:altlabel "B"@de;
skos:preflabel "Width"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "4647";
:hasLabelSource "AFZ1-Fz-101Q.xlm"@de;
:hasSymbol "B"@en;
:hasSymbolLatex "B"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:Failure
rdf:type owl:Class;
rdfs:label "failure"@en , "Versagen"@de;
skos:preflabel "failure"@en , "Versagen"@de .
:hasPunchVelocity_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPunchVelocity"@en;
rdfs:range :PunchVelocity;
skos:preflabel "hasPunchVelocity"@en .
:UltimateElongationPercentage
rdf:type owl:Class .
:hasEulerAngle3_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEulerAngle3"@en;
rdfs:range :EulerAngle3;
skos:preflabel "hasEulerAngle3"@en .
:HockettSherbyParameterN
rdf:type owl:Class;
rdfs:comment "Material parameter N used for the flow curve extrapolation according to Hockett and Sherby (1975)."@en;
rdfs:label "Hockett Sherby Parameter N"@en , "Hochett Sherby Parameter N"@de;
skos:preflabel "Hockett Sherby Parameter N"@en , "Hochett Sherby Parameter N"@de .
:hasInnerDiameterDie_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInnerDiameterDie"@en;
rdfs:range :InnerDiameterDie;
skos:preflabel "hasInnerDiameterDie"@en .
:Inv_ShearRateSensitivity
rdf:type owl:Class , skos:Concept;
rdfs:label "Inv_ShearRateSensitivity"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "List of inverse strain rate sensitivity"@en;
skos:altlabel "n_sl"@en;
skos:preflabel "Inv_ShearRateSensitivity"@en;
skos:related :phenopowerlaw;
:hasExampleData "[20, 20]";
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasPreliminaryForce_KiloN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PreliminaryForce";
rdfs:seeAlso :PreliminaryForce , :hasPreliminaryForce_Object;
:hasUnit qudtUnit:KiloN;
:hasUnitLabel "kN" .
:hasSymbolLatex
rdf:type owl:DatatypeProperty;
dc:description "The typical formula symbol used in latex notation"@en .
:hasDieTool
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DieTool";
rdfs:seeAlso :DieTool , :hasDieTool_Object .
:hasModulusOfElasticity_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ModulusOfElasticity";
rdfs:seeAlso :ModulusOfElasticity , :hasModulusOfElasticity_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasTestDirection
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestDirection";
rdfs:seeAlso :TestDirection , :hasTestDirection_Object .
:hasRadiusCurvature_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRadiusCurvature"@en;
rdfs:range :RadiusCurvature;
skos:preflabel "hasRadiusCurvature"@en .
:Empty
rdf:type skos:Concept , owl:Class;
rdfs:label "Empty"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Empty meta or column data"@en;
skos:altlabel "Empty meta or column data"@en;
skos:preflabel "Empty"@en .
:YieldSurface
rdf:type owl:Class;
rdfs:label "Yield surface"@en , "Ertragsfläche"@de;
skos:preflabel "Yield surface"@en , "Ertragsfläche"@de .
:hasHardeningExponent_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningExponent";
rdfs:seeAlso :HardeningExponent , :hasHardeningExponent_Object;
:hasUnit ;
:hasUnitLabel "1" .
:CalibrationStatus
rdf:type owl:Class , skos:Concept;
rdfs:label "CalibrationStatus"@en;
rdfs:seeAlso :CalibrationComponents;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Kalibrierstatus"@de , "Status"@de;
skos:preflabel "CalibrationStatus"@en;
skos:related :CalibrationComponents;
:hasExampleData "Validierung vor Gebrauch";
:hasLabelSource "Messmitteldatenbank"@de , "K-Item"@de .
:hasOriginalCrosssection_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOriginalCrosssection"@en;
rdfs:range :OriginalCrosssection;
skos:preflabel "hasOriginalCrosssection"@en .
:hasInitialDisplacementRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInitialDisplacementRate"@en;
rdfs:range :InitialDisplacementRate;
skos:preflabel "hasInitialDisplacementRate"@en .
:hasThicknessAfterFracture2_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasThicknessAfterFracture2"@en;
rdfs:range :ThicknessAfterFracture2;
skos:preflabel "hasThicknessAfterFracture2"@en .
:hasElasticConstantC11_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ElasticConstantC11";
rdfs:seeAlso :ElasticConstantC11 , :hasElasticConstantC11_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:executedBy
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "executedBy"@en;
skos:preflabel "executedBy"@en .
:hasBrinellHardnessStandardDeviation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBrinellHardnessStandardDeviation"@en;
rdfs:range :BrinellHardnessStandardDeviation;
skos:preflabel "hasBrinellHardnessStandardDeviation"@en .
:SpecificPlasticWork
rdf:type skos:Concept , owl:Class;
rdfs:label "SpecificPlasticWork"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Daten für die spezifische plastische Arbeit der durchgeführten Mikrostruktursimulation\" [General Knowledge]"@de , "\"Specific plastic work data of the microstructure simulation caried out\" [General Knowledge]"@en;
skos:altlabel "Spezifische plastische Arbeit"@de , "Specific plastic work"@en;
skos:preflabel "SpecificPlasticWork"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:Test
rdf:type owl:Class;
rdfs:comment "like Tensile Test etc, maybe an experiment"@en;
rdfs:label "Test"@en , "Test"@de;
skos:preflabel "Test"@en , "Test"@de .
:hasFLCDetermination_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFLCDetermination"@en;
rdfs:range :FLCDetermination;
skos:preflabel "hasFLCDetermination"@en .
:hasBatchNumber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBatchNumber"@en;
rdfs:range :BatchNumber;
skos:preflabel "hasBatchNumber"@en .
:MicroalloyedSteel
rdf:type owl:Class , skos:Concept;
rdfs:label "MicroalloyedSteel"@en;
rdfs:seeAlso :Grade;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Mikrolegierte Stähle erzielen ihre hohen Festigkeiten durch die Legierung mit Niob, Titan und Vanadium\" [DIN EN 10346_2015]"@de;
skos:altlabel "Mikrolegierter Stahl"@de;
skos:preflabel "MicroalloyedSteel"@en;
skos:related :Grade;
:hasDescriptionCitationSource "DIN EN 10346_2015"@de;
:hasExampleData "HX340LAD";
:hasLabelSource "DIN EN 10346_2015"@de .
:FractureStrain
rdf:type owl:Class;
rdfs:label "Fracture Strain"@en , "Bruchdehnung"@de;
skos:preflabel "Fracture Strain"@en , "Bruchdehnung"@de .
:ParallelLength
rdf:type owl:Class , skos:Concept;
rdfs:comment "The length of the parallel part of the specimen"@en;
rdfs:label "ParallelLength"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"The length of the parallel part of the specimen\" [Authors]"@en , "\"Länge des parallelen reduzierten Querschnitts der Probe\" [DIN EN ISO 6892-1, 3.2]"@de , "\"length of the parallel reduced section of the test piece\" [DIN EN ISO 6892-1, 3.2]"@en , "\"The length of the experiment (description replaced by Zugversuch Instron)\" [Authors]"@en;
skos:altlabel "Versuchslänge"@de , "Parallel length"@en , "parallele Messlänge Lc"@de , "parallele Länge"@de , "parallel length"@en , "LC"@en;
skos:preflabel "ParallelLength"@en;
skos:related :TestPieceGeometry;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.2"@en , "DIN EN ISO 6892-1, 3.2"@de , "Authors"@en;
:hasExampleData "25" , "120";
:hasLabelSource "DX56_D_FZ2_WR00_43.TXT"@de , "DIN EN ISO 6892-1, 3.2"@en , "DIN EN ISO 6892-1, 3.2"@de , "AFZ1-Fz-S1Q.xlsx"@de , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "Lc"@en , "L_{c}"@en;
:hasSymbolLatex "L_c"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:numberOfPasses
rdf:type owl:Class;
rdfs:label "number of passes"@en , "Stichzahl"@de;
skos:preflabel "number of passes"@en , "Stichzahl"@de .
:TransitionRadius
rdf:type owl:Class , skos:Concept;
rdfs:label "TransitionRadius"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Übergangsradius zwischewn dem Parallelen Bereich und dem Kopfbereich der Probe\" [Authors]"@de , "\"transition radius between parallel part and clamping part of the test piece\" [Authors]"@en;
skos:altlabel "transition radius"@en , "Übergangsradius"@de;
skos:preflabel "TransitionRadius"@en;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "Linguee"@de;
:hasSymbol "r"@en;
:hasSymbolLatex "r"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:GrainBoundaries
rdf:type owl:Class;
rdfs:comment "need at least two grains"@en;
rdfs:label "grain boundaries"@en , "Korngrenzen"@de;
skos:preflabel "grain boundaries"@en , "Korngrenzen"@de .
:hasNumberFailedIntegrationPoints_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has NumberFailedIntegrationPoints";
rdfs:seeAlso :NumberFailedIntegrationPoints , :hasNumberFailedIntegrationPoints_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasInteractionMatrix_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInteractionMatrix"@en;
rdfs:range :InteractionMatrix;
skos:preflabel "hasInteractionMatrix"@en .
:InteractionMatrix
rdf:type skos:Concept , owl:Class;
rdfs:label "InteractionMatrix"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Interaction matrix used in the crystal plasticity constitutive model\" [General Knowledge]"@en , "\"Interaktionsmatrix, die im Kristallplastizitätsmodell verwendet wird\" [General Knowledge]"@de;
skos:altlabel "Interaction matrix"@en , "Interaktionsmatrix"@de;
skos:preflabel "InteractionMatrix"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "q_ab"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" .
:MaximumSpeed
rdf:type skos:Concept , owl:Class;
rdfs:label "MaximumSpeed"@en;
rdfs:seeAlso :MeasuringRange;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Maximalgeschwindigkeit"@de;
skos:preflabel "MaximumSpeed"@en;
skos:related :MeasuringRange;
:hasExampleData "10 m/s";
:hasLabelSource "K-Item"@de .
:hasDiscretization_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDiscretization"@en;
rdfs:range :Discretization;
skos:preflabel "hasDiscretization"@en .
:hasLatentHardeningQ0_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has LatentHardeningQ0";
rdfs:seeAlso :LatentHardeningQ0 , :hasLatentHardeningQ0_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:hasMinimumCrosssectionAfterFracture_MilliM2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MinimumCrosssectionAfterFracture";
rdfs:seeAlso :MinimumCrosssectionAfterFracture , :hasMinimumCrosssectionAfterFracture_Object;
:hasUnit qudtUnit:MilliM2;
:hasUnitLabel "mm2" .
:HockettSherbyYieldStress
rdf:type owl:Class;
rdfs:comment "Yield stress used for the flow curve extrapolation according to Hockett and Sherby (1975)."@en;
rdfs:label "Hockett Sherby Yield Stress"@en , "Hockett Sherby initiale Fließspannung"@de;
skos:preflabel "Hockett Sherby Yield Stress"@en , "Hockett Sherby initiale Fließspannung"@de .
:NumberSlipSystems
rdf:type owl:Class , skos:Concept;
rdfs:label "NumberSlipSystems"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "List of number of slip systems per slip system family"@en;
skos:altlabel "N_sl"@en;
skos:preflabel "NumberSlipSystems"@en;
skos:related :phenopowerlaw;
:hasExampleData "[12, 12]";
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasMatTabulatedJohnsonCookLogInterpolation
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MatTabulatedJohnsonCookLogInterpolation";
rdfs:seeAlso :MatTabulatedJohnsonCookLogInterpolation , :hasMatTabulatedJohnsonCookLogInterpolation_Object .
:hasDiameter_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDiameter"@en;
rdfs:range :Diameter;
skos:preflabel "hasDiameter"@en .
:hasNotchTensileStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has NotchTensileStrength";
rdfs:seeAlso :NotchTensileStrength , :hasNotchTensileStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasTestProperty
rdf:type owl:ObjectProperty;
rdfs:domain :Test;
rdfs:label "has test property"@en;
dc:description "super property for all test properties"@en;
skos:preflabel "has test property"@en .
:hasDieTool_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDieTool"@en;
rdfs:range :DieTool;
skos:preflabel "hasDieTool"@en .
:hasReferenceShearRate_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ReferenceShearRate";
rdfs:seeAlso :ReferenceShearRate , :hasReferenceShearRate_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:hasTester_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTester"@en;
rdfs:range :Tester;
skos:preflabel "hasTester"@en .
:PercentagePlasticExtensionAtMaximumForce
rdf:type owl:Class , skos:Concept;
rdfs:label "PercentagePlasticExtensionAtMaximumForce"@en;
rdfs:seeAlso :ModulusOfElasticity;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"percentage plastic extension at maximum force, Fm\" [ISO 26203-2, 2011, 4]"@en , "\"plastische Verlängerung der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent\" [DIN EN ISO 6892-1, 3.6.5]"@de , "\"plastische Verlängerung der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent, bezogen auf die Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.5]"@de , "\"plastic extension at maximum force, expressed as a percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.6.5]"@en , "\"uniform elongation\" [Authors]"@en;
skos:altlabel "percentage plastic extension at maximum force"@en , "plastische Extensometer-Dehnung bei Höchstkraft"@de , "Ag"@en , "Gleichmaßdehnung Ag"@de;
skos:preflabel "PercentagePlasticExtensionAtMaximumForce"@en;
skos:related :ModulusOfElasticity;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6.5"@en , "DIN EN ISO 6892-1, 3.6.5"@de , "Authors"@en , "ISO 26203-2, 2011, 4"@en;
:hasExampleData "16.34" , "14";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en , "DIN EN ISO 6892-1, 3.6.5"@de , "DIN EN ISO 6892-1, 3.6.5"@en , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "Ag"@en , "A_{g}"@en;
:hasSymbolLatex "A_g"@en , "A_{g}"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%";
:isBasedOn :TensileStrength , :PercentagePermanentExtension .
:NumberGrains
rdf:type skos:Concept , owl:Class;
rdfs:label "NumberGrains"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Anzahl an Körnern, die mit Hilfe der Euler-Winkel representiert werden.\" [General Knowledge]"@de , "\"Number of grains represented by the euler angles.\" [General Knowledge]"@en;
skos:altlabel "Number of grains"@en , "Kornanzahl"@de;
skos:preflabel "NumberGrains"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "N"@en;
:hasSymbolLatex "N"@en .
:hasMaterialClass
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaterialClass";
rdfs:seeAlso :MaterialClass , :hasMaterialClass_Object .
:Color
rdf:type owl:Class;
rdfs:comment "A Color, Green, Yellow, etc.."@en;
rdfs:label "Color"@en , "Farbe"@de;
skos:altlabel "Colour"@en;
skos:preflabel "Color"@en , "Farbe"@de .
:MegaPA-PER-SEC
rdf:type owl:Class , qudt:Unit;
rdfs:comment "Stress rate, e.g. referenced by tensile tests"@en;
rdfs:label "Mega Pascal per Second"@en , "Mega Pascal pro Sekunde"@de;
rdfs:seeAlso qudtUnit:MegaPA;
skos:preflabel "Mega Pascal per Second"@en , "Mega Pascal pro Sekunde"@de;
skos:related qudtUnit:MegaPA;
:hasUnitLabel "MPa/s" .
:hasDiscretization
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Discretization";
rdfs:seeAlso :Discretization , :hasDiscretization_Object .
:hasElasticConstantC44_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ElasticConstantC44";
rdfs:seeAlso :ElasticConstantC44 , :hasElasticConstantC44_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasRadius_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Radius";
rdfs:seeAlso :Radius , :hasRadius_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasBrinellHardnessCRMAverage_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BrinellHardnessCRMAverage";
rdfs:seeAlso :BrinellHardnessCRMAverage , :hasBrinellHardnessCRMAverage_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
:HBW
rdf:type qudt:Unit;
:hasUnitLabel "HBW" .
:hasTestingRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestingRate"@en;
rdfs:range :TestingRate;
skos:preflabel "hasTestingRate"@en .
:TimeStamp
rdf:type owl:Class , skos:Concept;
rdfs:comment "Date when the experiment was conducted."@en;
rdfs:label "TimeStamp"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Date and time when the experiment was conducted."@en , "\"Date when the experiment was conducted.\" [Authors]"@en , "\"Date and time when the experiment was conducted.\" [Authors]"@en;
skos:altlabel "Datum"@de , "Datum/Uhrzeit"@de , "Date/Time"@en , "Date"@en;
skos:preflabel "TimeStamp"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "42654" , "13/06/2016" , "45093.6" , "11.03.2016";
:hasLabelSource "AFZ-BU-S1.TXT"@de , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "YS1-Fz-D1Q"@de , "deepl translator"@en , "AFZ1-Fz-S1Q.xlsx"@de , "YS1-Sz0°-S1L"@de , "AFZ1-ST-D1"@en , "AFZ1-NZ50-25-D1Q"@en .
:CrystalPlasticityConstitutiveModel
rdf:type skos:Concept , owl:Class;
rdfs:label "CrystalPlasticityConstitutiveModel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Description of the crystal plasticity constitutive model used for the microstructure simulations\" [General Knowledge]"@en , "\"Beschreibung des verwendeten Kristallplastizitätsmodells\" [General Knowledge]"@de;
skos:altlabel "Kristalplastizitätsmodell"@de , "Crystal plasticity constitutive model"@en;
skos:preflabel "CrystalPlasticityConstitutiveModel"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasSampleCode_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSampleCode"@en;
rdfs:range :SampleCode;
skos:preflabel "hasSampleCode"@en .
:BatchNumber
rdf:type skos:Concept , owl:Class;
rdfs:label "BatchNumber"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Chargennummer"@de;
skos:preflabel "BatchNumber"@en;
:hasLabelSource "K-Item"@de .
:DamageExponent
rdf:type owl:Class , skos:Concept;
rdfs:label "DamageExponent"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Exponent for nonlinear damage accumulation"@en;
skos:altlabel "DMGEXP"@en;
skos:preflabel "DamageExponent"@en;
:hasExampleData "1.5";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:Operator
rdf:type skos:Concept , owl:Class;
rdfs:comment "some kind of a step. mathematical Operator"@en;
rdfs:label "Mathematische Operation"@de , "Operator"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Person performed the hydraulic bulge test.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Person, die den hydraulischen Tiefungsversuch durchgeführt hat. \" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Prüfer"@de , "Operator"@en;
skos:preflabel "Operator"@en , "Mathematische Operation"@de;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@de , "DIN EN ISO 16808:2022-08, 12"@en;
:hasExampleData "auge";
:hasLabelSource "Authors"@de , "DIN EN ISO 16808:2022-08, 12"@en , "AFZ-BU-S1.TXT"@de .
:hasGaugeLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has GaugeLength";
rdfs:seeAlso :GaugeLength , :hasGaugeLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:MassDensity
rdf:type owl:Class , skos:Concept;
rdfs:label "MassDensity"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Mass densisty of the material"@en;
skos:altlabel "RO"@en;
skos:preflabel "MassDensity"@en;
:hasExampleData "7.8";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "g/cm^3" .
:hasCrossheadDisplacement_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CrossheadDisplacement";
rdfs:seeAlso :CrossheadDisplacement , :hasCrossheadDisplacement_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasMicroalloyedSteel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMicroalloyedSteel"@en;
rdfs:range :MicroalloyedSteel;
skos:preflabel "hasMicroalloyedSteel"@en .
:FluidSolidTransition
rdf:type owl:Class;
rdfs:label "Fluid solid transition"@en;
skos:preflabel "Fluid solid transition"@en .
:hasMaximumSpeed
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaximumSpeed";
rdfs:seeAlso :MaximumSpeed , :hasMaximumSpeed_Object .
:hasStandard
rdf:type owl:ObjectProperty;
rdfs:label "has standard"@en;
rdfs:range :Standard;
dc:description "the related standard (ISO / DIN / etc)"@en;
skos:altlabel "has norm"@en;
skos:preflabel "has standard"@en .
:hasYoungsModulus_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has YoungsModulus";
rdfs:seeAlso :YoungsModulus , :hasYoungsModulus_Object;
:hasUnit ;
:hasUnitLabel "MPa" .
:hasFrameRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFrameRate"@en;
rdfs:range :FrameRate;
skos:preflabel "hasFrameRate"@en .
:hasFormingLimitDiagram_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFormingLimitDiagram"@en;
rdfs:range :FormingLimitDiagram;
skos:preflabel "hasFormingLimitDiagram"@en .
:hasDisplacementTransducer
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DisplacementTransducer";
rdfs:seeAlso :DisplacementTransducer , :hasDisplacementTransducer_Object .
:hasNumberGrains
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has NumberGrains";
rdfs:seeAlso :NumberGrains , :hasNumberGrains_Object .
:hasForceAtFracture
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ForceAtFracture";
rdfs:seeAlso :ForceAtFracture , :hasForceAtFracture_Object .
:hasNumberGrains_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasNumberGrains"@en;
rdfs:range :NumberGrains;
skos:preflabel "hasNumberGrains"@en .
:hasTestingFacility
rdf:type rdf:Property , owl:ObjectProperty , owl:DatatypeProperty;
rdfs:domain :Test;
rdfs:label "has TestingFacility" , "has testing facility"@en;
rdfs:range :TestingFacility;
rdfs:seeAlso :hasTestingFacility_Object , :TestingFacility;
skos:preflabel "has testing facility"@en .
:LowerYieldStrength
rdf:type skos:Concept , owl:Class;
rdfs:comment "Represents the Lower Yield Strength of a material, which is the stress point at which the material transitions from elastic deformation to plastic deformation, without an increase in applied load. It is a crucial parameter in materials science, used for designing and analyzing the structural integrity and durability of materials under operational loads. The values are typically measured in Pascals (Pa)."@en;
rdfs:label "LowerYieldStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"kleinste Spannung während des plastischen Fließens, wobei Einschwingerscheinungen nicht berücksichtigt werden\" [DIN EN ISO 6892-1, 3.10.2.2]"@de , "\"lowest value of stress during plastic yielding, ignoring any initial transient effects\" [DIN EN ISO 6892-1, 3.10.2.2]"@en;
skos:altlabel "untere Streckgrenze"@de , "Dehn-/Streckgr. ReL"@de , "lower yield strength"@en;
skos:preflabel "LowerYieldStrength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10.2.2"@en , "DIN EN ISO 6892-1, 3.10.2.2"@de;
:hasExampleData "420";
:hasLabelSource "DIN EN ISO 6892-1, 3.10.2.2"@en , "DIN EN ISO 6892-1, 3.10.2.2"@de , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "ReL"@en , "R_{eL}"@en;
:hasSymbolLatex "R_{eL}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :EngineeringStress .
:PercentageExtension
rdf:type owl:Class , skos:Concept;
rdfs:label "PercentageExtension"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"engineering strain\" [Authors]"@en;
skos:altlabel "e-technisch"@de , "Time-dependent engineering strain"@en , "Epsilon Tech"@en;
skos:preflabel "PercentageExtension"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "0.002" , "0.001";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en , "YS1-Fz-D1Q"@de , "AFZ1-Fz-S1Q.xlm"@de;
:hasSymbol "eps-technisch"@en;
:hasSymbolLatex "eps-technisch"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" , "- ";
:isBasedOn :Extension , :ExtensometerGaugeLength .
:hasTestTemperature_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestTemperature"@en;
rdfs:range :TestTemperature;
skos:preflabel "hasTestTemperature"@en .
:hasOriginalWidth_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has OriginalWidth";
rdfs:seeAlso :OriginalWidth , :hasOriginalWidth_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasProofStrength_1Percentage_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasProofStrength_1Percentage"@en;
rdfs:range :ProofStrength_1Percentage;
skos:preflabel "hasProofStrength_1Percentage"@en .
:FEMSolver
rdf:type owl:Class , skos:Concept;
rdfs:label "FEMSolver"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"FEM Solver, die für die Durchführung der Finite-Elemente-Simulationen verwendet wurde\" [General Knowledge]"@de , "\"FEM Solver used for carring out the microstructure simulations\" [General Knowledge]"@en;
skos:altlabel "FEM Solver"@en , "FEM Solver"@de;
skos:preflabel "FEMSolver"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasTestTime_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestTime"@en;
rdfs:range :TestTime;
skos:preflabel "hasTestTime"@en .
:MeanEngineeringStrainRate
rdf:type skos:Concept , owl:Class;
rdfs:label "MeanEngineeringStrainRate"@en;
rdfs:seeAlso :StrainRate;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"mittlere technische Dehnrate = A/tf\" [Authors]"@de , "\"mean engineering strain rate = A/tf\" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "mittlere"@de , "Mean engineering strain rate"@en , "mittlere technische Dehnrate"@de , "mean engineering strain rate"@en;
skos:preflabel "MeanEngineeringStrainRate"@en;
skos:related :StrainRate;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@en , "Authors"@de;
:hasExampleData "1.0";
:hasLabelSource "Standard definition specific"@de , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "emean"@en;
:hasSymbolLatex "\\dot{e}_{mean}"@en;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1";
:isBasedOn :ExtensometerGaugeLength , :Extension , :Time .
:hasHardeningExponent_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasHardeningExponent"@en;
rdfs:range :HardeningExponent;
skos:preflabel "hasHardeningExponent"@en .
:hasTruePlasticStrainAtFracture_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TruePlasticStrainAtFracture";
rdfs:seeAlso :TruePlasticStrainAtFracture , :hasTruePlasticStrainAtFracture_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasFormingLimitCurve
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FormingLimitCurve";
rdfs:seeAlso :FormingLimitCurve , :hasFormingLimitCurve_Object .
:hasTestTemperature_DEG_C
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestTemperature";
rdfs:seeAlso :TestTemperature , :hasTestTemperature_Object;
:hasUnit qudtUnit:DEG_C;
:hasUnitLabel "°C" .
:PercentagePermanentElongation
rdf:type skos:Concept , owl:Class;
rdfs:label "PercentagePermanentElongation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"increase in the original gauge length (3.1.1) of a test piece after removal of a specified stress, expressed as a percentage of the original gauge length\" [DIN EN ISO 6892-1, 3.4.1]"@en , "\"Zunahme der Anfangsmesslänge (3.1.1) einer Probe nach Entfernen einer festgelegten Zugspannung, angegeben in Prozent, bezogen auf die Anfangsmesslänge (3.1.1)\" [DIN EN ISO 6892-1, 3.4.1]"@de;
skos:altlabel "percentage permanent elongation"@en , "bleibende Dehnung"@de;
skos:preflabel "PercentagePermanentElongation"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.4.1"@de , "DIN EN ISO 6892-1, 3.4.1"@en;
:hasLabelSource "DIN EN ISO 6892-1, 3.4.1"@de , "DIN EN ISO 6892-1, 3.4.1"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:hasHardeningParameterTau0_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHardeningParameterTau0"@en;
rdfs:range :HardeningParameterTau0;
skos:preflabel "hasHardeningParameterTau0"@en .
:hasOriginalDiameter_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOriginalDiameter"@en;
rdfs:range :OriginalDiameter;
skos:preflabel "hasOriginalDiameter"@en .
:ConstitutiveModel
rdf:type owl:Class .
:TotalAverageDiameter
rdf:type owl:Class , skos:Concept;
rdfs:label "TotalAverageDiameter"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Total Average Diameter"@en;
skos:altlabel "Total Average Diameter"@en;
skos:preflabel "TotalAverageDiameter"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:ComputerControlledTensileTestingMachine
rdf:type skos:Concept , owl:Class;
rdfs:label "ComputerControlledTensileTestingMachine"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"machine for which the control and monitoring of the test, the measurements, and the data processing are undertaken by computer\" [DIN EN ISO 6892-1, 3.12]"@en , "\"Maschine, bei der die Regelung und Überwachung des Versuches, die Messungen und die Datenverarbeitung von einem Computer durchgeführt werden\" [DIN EN ISO 6892-1, 3.12]"@de;
skos:altlabel "rechnergestützte Zugprüfmaschine"@de , "computer-controlled tensile testing machine"@en;
skos:preflabel "ComputerControlledTensileTestingMachine"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.12"@en , "DIN EN ISO 6892-1, 3.12"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.12"@en , "DIN EN ISO 6892-1, 3.12"@de .
:hasMeanPlasticStrainRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MeanPlasticStrainRate";
rdfs:seeAlso :MeanPlasticStrainRate , :hasMeanPlasticStrainRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:hasTime_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTime"@en;
rdfs:range :Time;
skos:preflabel "hasTime"@en .
rdf:type owl:Class .
:ProofStrength_0.2Percentage
rdf:type skos:Concept , owl:Class;
rdfs:label "ProofStrength_0.2Percentage"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"yield strength, 0.2 %\" [Authors]"@en;
skos:altlabel "Rp0.2"@en;
skos:preflabel "ProofStrength_0.2Percentage"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "397";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "Rp02"@en;
:hasSymbolLatex "R_{p02}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :PercentageExtension , :ModulusOfElasticity , :EngineeringStress .
:StressRate
rdf:type skos:Concept , owl:Class;
rdfs:label "StressRate"@en;
rdfs:seeAlso :Time , :EngineeringStress;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"increase of stress per time\" [DIN EN ISO 6892-1, 3.7.4]"@en , "\"stress rate\" [Authors]"@en , "\"Zunahme der Spannung je Zeiteinheit\" [DIN EN ISO 6892-1, 3.7.4]"@de;
skos:altlabel "Spannungsgeschwindigkeit"@de , "Geschw."@de , "stress rate"@en;
skos:preflabel "StressRate"@en;
skos:related :Time , :EngineeringStress;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 6892-1, 3.7.4"@de , "DIN EN ISO 6892-1, 3.7.4"@en;
:hasExampleData "19.63";
:hasLabelSource "AFZ1-Fz-S1Q.xlm"@de , "DIN EN ISO 6892-1, 3.7.4"@en , "DIN EN ISO 6892-1, 3.7.4"@de;
:hasSymbol "dSig/dt"@en , "R"@en;
:hasSymbolLatex "\\dot{R}"@en , "dSig/dt"@en;
:hasTypicalUnitLabel "MPa s -1" , "MPa/s" .
:hasSampleIdentifier-2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SampleIdentifier-2";
rdfs:seeAlso :SampleIdentifier-2 , :hasSampleIdentifier-2_Object .
:DamageThreshold
rdf:type owl:Class , skos:Concept;
rdfs:label "DamageThreshold"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Damage threshold value (critical damage). If a load curve of critical plastic strain or fixed value is given by ECRIT, input is ignored."@en;
skos:altlabel "DCRIT"@en;
skos:preflabel "DamageThreshold"@en;
:hasExampleData "0.6";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasPunchDiameter_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPunchDiameter"@en;
rdfs:range :PunchDiameter;
skos:preflabel "hasPunchDiameter"@en .
:hasComposition
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Composition";
rdfs:seeAlso :Composition , :hasComposition_Object .
:hasFailureStrainIdentifier4Temperature_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureStrainIdentifier4Temperature"@en;
rdfs:range :FailureStrainIdentifier4Temperature;
skos:preflabel "hasFailureStrainIdentifier4Temperature"@en .
:hasCrystalPlasticityConstitutiveModel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCrystalPlasticityConstitutiveModel"@en;
rdfs:range :CrystalPlasticityConstitutiveModel;
skos:preflabel "hasCrystalPlasticityConstitutiveModel"@en .
:MaximumForceNoDiscontinousYielding
rdf:type owl:Class , skos:Concept;
rdfs:label "MaximumForceNoDiscontinousYielding"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\" highest force that the test piece withstands during the test\" [DIN EN ISO 6892-1, 3.9.1]"@en , "\" größte Kraft, der die Probe während des Versuchs standhält\" [DIN EN ISO 6892-1, 3.9.1]"@de;
skos:altlabel "Höchstkraft"@de , "maximum force \"no discontinous yielding\""@en;
skos:preflabel "MaximumForceNoDiscontinousYielding"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.9.1"@en , "DIN EN ISO 6892-1, 3.9.1"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.9.1"@en , "DIN EN ISO 6892-1, 3.9.1"@de;
:hasSymbol "Fm"@en;
:hasSymbolLatex "F_m"@en;
:hasTypicalUnit qudtUnit:N;
:hasTypicalUnitLabel "N" .
:hasStrainRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has StrainRate";
rdfs:seeAlso :StrainRate , :hasStrainRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" , "1/s" .
:hasGrainNumber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasGrainNumber"@en;
rdfs:range :GrainNumber;
skos:preflabel "hasGrainNumber"@en .
:ElementDeletionFlag
rdf:type skos:Concept , owl:Class;
rdfs:label "ElementDeletionFlag"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Erosion flag (only for solid elements):\n=0.0: default, element erosion is allowed\n=1.0: element does not erode; deviatoric stresses set to 0 when element fails"@en;
skos:altlabel "ERODE"@en;
skos:preflabel "ElementDeletionFlag"@en;
:hasExampleData "0";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasTangentYieldModulus_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TangentYieldModulus";
rdfs:seeAlso :TangentYieldModulus , :hasTangentYieldModulus_Object;
:hasUnit ;
:hasUnitLabel "MPa" .
:hasLatentHardeningQ1_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has LatentHardeningQ1";
rdfs:seeAlso :LatentHardeningQ1 , :hasLatentHardeningQ1_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:Hill48F
rdf:type owl:Class;
rdfs:comment "Parameter F for Hill48 yield criterion"@en .
:Deformation
rdf:type owl:Class;
rdfs:label "Deformation"@en , "Verfomung"@de;
skos:preflabel "Deformation"@en , "Verfomung"@de .
rdf:type owl:Class .
:hasBrinellHardness_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BrinellHardness";
rdfs:seeAlso :BrinellHardness , :hasBrinellHardness_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
:Elasticity
rdf:type owl:Class;
rdfs:label "Elasticity"@en , "Dehnbarkeit"@de;
skos:preflabel "Elasticity"@en , "Dehnbarkeit"@de .
:hasBrinellHardnessAverage_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BrinellHardnessAverage";
rdfs:seeAlso :BrinellHardnessAverage , :hasBrinellHardnessAverage_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
:PoissonRatio
rdf:type skos:Concept , owl:Class;
rdfs:label "PoissonRatio"@en , "Poisson ratio"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Poission Ratio to determine the linear elasticity"@en;
skos:altlabel "PR"@en;
skos:preflabel "Poisson ratio"@en , "PoissonRatio"@en;
:hasExampleData "0.3";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasProjectNumber
rdf:type owl:ObjectProperty , rdf:Property , owl:DatatypeProperty;
rdfs:domain :Test;
rdfs:label "has project number"@en , "has ProjectNumber";
rdfs:range :ProjectNumber;
rdfs:seeAlso :ProjectNumber , :hasProjectNumber_Object;
skos:preflabel "has project number"@en .
:hasOriginalCrossSection_MilliM2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has OriginalCrossSection";
rdfs:seeAlso :OriginalCrossSection , :hasOriginalCrossSection_Object;
:hasUnit qudtUnit:MilliM2;
:hasUnitLabel "mm2" .
:OriginalDiameter
rdf:type owl:Class , skos:Concept;
rdfs:label "OriginalDiameter"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"(Anfangs-)Probendurchmesser in der parallelen Länge einer Rundprobe oder Durchmesser eines Drahtes mit Kreisquerschnitt oder Innendurchmesser eines Rohres\" [DIN EN ISO 6892-1, Tabelle 1]"@de , "\"original diameter of the parallel length of a circular test piece, or diameter of round wire or internal diameter of a tube\" [DIN EN ISO 6892-1, Table 1]"@en;
skos:altlabel "original diameter"@en , "(Anfangs-)Probendurchmesser in der parallelen Länge einer Rundprobe oder Durchmesser eines Drahtes mit Kreisquerschnitt oder Innendurchmesser eines Rohres"@de;
skos:preflabel "OriginalDiameter"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en;
:hasLabelSource "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en;
:hasSymbol "do"@en;
:hasSymbolLatex "d_o"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasTrueStressAtFracture_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueStressAtFracture";
rdfs:seeAlso :TrueStressAtFracture , :hasTrueStressAtFracture_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasNominalEngineeringStrainRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has NominalEngineeringStrainRate";
rdfs:seeAlso :NominalEngineeringStrainRate , :hasNominalEngineeringStrainRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:hasTestPiecePreparation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPiecePreparation"@en;
rdfs:range :TestPiecePreparation;
skos:preflabel "hasTestPiecePreparation"@en .
:MeasuringRange
rdf:type skos:Concept , owl:Class;
rdfs:label "MeasuringRange"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Messbereich"@de;
skos:preflabel "MeasuringRange"@en;
:hasLabelSource "K-Item"@de .
:AbsoluteCrossheadTravel
rdf:type owl:Class , skos:Concept;
rdfs:label "AbsoluteCrossheadTravel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Absolute position of the crosshead.\" [Authors]"@en , "\"Absolute position der Traverse\" [Author]"@de;
skos:altlabel "Traversenweg absolut"@de , "Absolute crosshead travel"@en;
skos:preflabel "AbsoluteCrossheadTravel"@en;
:hasDescriptionCitationSource "Author"@de , "Authors"@en;
:hasExampleData "1158.37";
:hasLabelSource "DX56_D_FZ2_WR00_43.TXT"@de , "deepl translator"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasStandardDeviationOfTheSlope_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has StandardDeviationOfTheSlope";
rdfs:seeAlso :StandardDeviationOfTheSlope , :hasStandardDeviationOfTheSlope_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:codeVersion
rdf:type owl:DatatypeProperty;
rdfs:domain :Code;
rdfs:label "version"@en;
rdfs:range xsd:string;
dc:description "exact version of a code"@en;
skos:preflabel "version"@en .
:PermanentSetStrength
rdf:type skos:Concept , owl:Class;
rdfs:label "PermanentSetStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Spannun, bei der nach Wegnahme der Kraft eine vorgegebene bleibende Dehnung oder Extensometer-Dehnung , angegeben jeweils als Prozentanteil der Anfangsmesslänge oder der Extensometer-Messlänge, nicht überschritten wurde\" [DIN EN ISO 6892-1, 3.10.5]"@de , "\"stress at which, after removal of force, a specified permanent elongation or extension, expressed respectively as a percentage of original gauge length, or extensometer gauge length, has not been exceeded\" [DIN EN ISO 6892-1, 3.10.5]"@en;
skos:altlabel "permanent set strength"@en , "Grenzwert der Spannung für eine vorgegebene bleibende Dehnung"@de;
skos:preflabel "PermanentSetStrength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10.5"@en , "DIN EN ISO 6892-1, 3.10.5"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.10.5"@en , "DIN EN ISO 6892-1, 3.10.5"@de;
:hasSymbol "Rr"@en;
:hasSymbolLatex "R_{r}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasDX56D
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DX56D";
rdfs:seeAlso :DX56D , :hasDX56D_Object .
:WidthChange
rdf:type owl:Class , skos:Concept;
rdfs:label "WidthChange"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Change of the sample width.\" [Authors]"@en , "\"change of width of the extensometer gauge length\" [Authors]"@en;
skos:altlabel "Breitenänderung"@de , "Width change"@en , "dB"@de;
skos:preflabel "WidthChange"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "1.14004e-06" , "0.001";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@de , "deepl translator"@en , "DX56_D_FZ2_WR00_43.TXT"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm";
:isBasedOn :Width .
rdf:type owl:Class .
:WidthAfterFracture2
rdf:type skos:Concept , owl:Class;
rdfs:label "WidthAfterFracture2"@en;
rdfs:seeAlso :WidthAfterFracture1;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probenbreite B2 nach Bruch"@de;
skos:preflabel "WidthAfterFracture2"@en;
skos:related :WidthAfterFracture1;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasDiameterAfterFracture1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDiameterAfterFracture1"@en;
rdfs:range :DiameterAfterFracture1;
skos:preflabel "hasDiameterAfterFracture1"@en .
:hasMachine
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Machine";
rdfs:seeAlso :Machine , :hasMachine_Object .
:ForceMeasuringSystem
rdf:type owl:Class , skos:Concept;
rdfs:label "ForceMeasuringSystem"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Measuring system for measurement of force"@en;
skos:altlabel "Force measurement system"@en , "Kraft"@de;
skos:preflabel "ForceMeasuringSystem"@en;
:hasExampleData "patentierte IWM-Messzelle (quasi-lokal)";
:hasLabelSource "YS1-Fz-D1Q"@de .
:hasSupplier
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Supplier";
rdfs:seeAlso :Supplier , :hasSupplier_Object .
:ThicknessAfterFracture1
rdf:type owl:Class , skos:Concept;
rdfs:label "ThicknessAfterFracture1"@en;
rdfs:seeAlso :ThicknessAfterFracture2;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probendicke A1 nach Bruch"@de;
skos:preflabel "ThicknessAfterFracture1"@en;
skos:related :ThicknessAfterFracture2;
:hasLabelSource "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:rollingSchedule
rdf:type owl:Class;
rdfs:label "rolling schedule"@en , "Stichplan"@de;
skos:preflabel "rolling schedule"@en , "Stichplan"@de .
:hasRelativeStandardDeviationOfTheSlope_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRelativeStandardDeviationOfTheSlope"@en;
rdfs:range :RelativeStandardDeviationOfTheSlope;
skos:preflabel "hasRelativeStandardDeviationOfTheSlope"@en .
:CameraSystem
rdf:type owl:Class , skos:Concept;
rdfs:label "CameraSystem"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Art des Kamerasystems, welches für den hydraulischen Tiefungsversuch verwendet wurde.\" [DIN EN ISO 16808:2022-08, 12]"@de , "\"Type of camera system used for the hydraulic bulge test.\" [DIN EN ISO 16808:2022-08, 12]"@en;
skos:altlabel "Camera System"@en , "Kamerasystem"@de;
skos:preflabel "CameraSystem"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de .
:hasMaximumForce_N
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaximumForce";
rdfs:seeAlso :MaximumForce , :hasMaximumForce_Object;
:hasUnit qudtUnit:N;
:hasUnitLabel "N" .
:hasDrawingSpeed_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDrawingSpeed"@en;
rdfs:range :DrawingSpeed;
skos:preflabel "hasDrawingSpeed"@en .
:hasDamageTreatment_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasDamageTreatment"@en;
rdfs:range :DamageTreatment;
skos:preflabel "hasDamageTreatment"@en .
:DataSamplingFrequency
rdf:type skos:Concept , owl:Class;
rdfs:label "DataSamplingFrequency"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Die Frequenz-Bandweite jedes Messkanals sowie die Messwerterfassungsfrequenz sollten ausreichend hoch sein, damit die zu bestimmenden Werkstoffkenngrößen aufgezeichnet werden können. So kann z. B. bei Ermittlung von ReH die Gleichung (A.1) zur Bestimmung der in 1/Sekunde angegebenen Mindestmesswert-erfassungsgrenze fmin verwendet werden:\" [DIN EN ISO 6892-1]"@de;
skos:altlabel "Messwerterfassungsfrequenz"@de , "data sampling frequency"@en;
skos:preflabel "DataSamplingFrequency"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1"@de;
:hasLabelSource "DIN EN ISO 6892-1, A.2.2"@de , "DIN EN ISO 6892-1, A.2.2"@en .
:hasModulusOfElasticity_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasModulusOfElasticity"@en;
rdfs:range :ModulusOfElasticity;
skos:preflabel "hasModulusOfElasticity"@en .
:Damage
rdf:type owl:Class;
rdfs:label "Damage"@en , "Schaden"@de;
skos:preflabel "Damage"@en , "Schaden"@de .
:Annealing
rdf:type owl:Class .
:hasHCT980C_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHCT980C"@en;
rdfs:range :HCT980C;
skos:preflabel "hasHCT980C"@en .
:parameters
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "parameters"@en;
skos:preflabel "parameters"@en .
:hasTrueStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueStrain"@en;
rdfs:range :TrueStrain;
skos:preflabel "hasTrueStrain"@en .
:hasSpecimenCrossSection_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSpecimenCrossSection"@en;
rdfs:range :SpecimenCrossSection;
skos:preflabel "hasSpecimenCrossSection"@en .
:hasMinimumCrosssectionAfterFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMinimumCrosssectionAfterFracture"@en;
rdfs:range :MinimumCrosssectionAfterFracture;
skos:preflabel "hasMinimumCrosssectionAfterFracture"@en .
:YieldingIdentifier
rdf:type skos:Concept , owl:Class;
rdfs:label "YieldingIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Identifier which relates the Load Curve to descibe the yield stress as a function of effective plastic strain.\nIdentifier which relates the Table to descibe the yield stress by using different Load Curves as a function of effective plastic strain and the strain rate (each load curve is related to an individual stain rate)"@en;
skos:altlabel "LCK1"@en , "LCSS"@en;
skos:preflabel "YieldingIdentifier"@en;
:hasExampleData "1" , "7";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:TestTemperature
rdf:type skos:Concept , owl:Class;
rdfs:label "TestTemperature"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Versuche unter kontrollierten Bedingungen müssen bei einer Temperatur von (23 ± 5) °C durchgeführt werden.\" [DIN EN ISO 6892-1]"@de , "\"Prüftemperatur\" [DIN EN ISO 12004-2: 2021_07, 5]"@de , "\"The temperature during the experiment.\" [Authors]"@en , "\"The initial test temperature during the experiment (neglecting adiabatic heating)\" [Authors]"@en;
skos:altlabel "Temperature"@en , "test temperature"@en , "Prüftemperatur"@de , "Temperatur"@de;
skos:preflabel "TestTemperature"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 5"@en , "DIN EN ISO 12004-2: 2021_07, 5"@de , "DIN EN ISO 6892-1"@de , "Authors"@en;
:hasExampleData "25" , "22";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 5"@en , "DIN EN ISO 12004-2: 2021_07, 13"@de , "AFZ1-Fz-S1Q.xlsx"@de , "AFZ1-NZ50-25-D1Q"@en , "DIN EN ISO 6892-1, K.4"@en , "DX56_D_FZ2_WR00_43.TXT"@de , "DIN EN ISO 6892-1, 5"@de , "YS1-Sz0°-S1L"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en;
:hasSymbol "T"@en;
:hasSymbolLatex "T"@en;
:hasTypicalUnit qudtUnit:DEG_C;
:hasTypicalUnitLabel "°C" .
:hasMatTabulatedJohnsonCook
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MatTabulatedJohnsonCook";
rdfs:seeAlso :MatTabulatedJohnsonCook , :hasMatTabulatedJohnsonCook_Object .
:hasHCT980X_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHCT980X"@en;
rdfs:range :HCT980X;
skos:preflabel "hasHCT980X"@en .
:hasMachine_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMachine"@en;
rdfs:range :Machine;
skos:preflabel "hasMachine"@en .
:NakajimaTest
rdf:type owl:Class;
rdfs:label "Nakajima Test"@en , "Nakajima Test"@de;
rdfs:subClassOf :ExperimentalTest;
skos:preflabel "Nakajima Test"@en , "Nakajima Test"@de .
:hasCoefficientOfCorrelation_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CoefficientOfCorrelation";
rdfs:seeAlso :CoefficientOfCorrelation , :hasCoefficientOfCorrelation_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:hasHomogenizationModel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HomogenizationModel";
rdfs:seeAlso :HomogenizationModel , :hasHomogenizationModel_Object .
:hasElasticConstantC11_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasElasticConstantC11"@en;
rdfs:range :ElasticConstantC11;
skos:preflabel "hasElasticConstantC11"@en .
:FailureCriteriaTypeAdd4ElementDeletion
rdf:type skos:Concept , owl:Class;
rdfs:label "FailureCriteriaTypeAdd4ElementDeletion"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Number of time steps that the additional failure criterion must be met before element deletion"@en;
skos:altlabel "NCYFAIL"@en;
skos:preflabel "FailureCriteriaTypeAdd4ElementDeletion"@en;
:hasExampleData "5";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:normalDirection
rdf:type owl:Class;
rdfs:label "normal direction"@en , "Normalenrichtung"@de;
skos:altlabel "ND"@en;
skos:preflabel "normal direction"@en , "Normalenrichtung"@de .
:TrueStress
rdf:type owl:Class , skos:Concept;
rdfs:label "wahre Spannung"@de , "True Stress"@en , "TrueStress"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"true stress\" [ISO 26203-2, 2011, 4]"@en , "\"wahre Spannung\" [Authors]"@de;
skos:altlabel "wahre Spannung"@de , "Sigw(dL)"@de , "true stress"@en , "Sigma True"@en;
skos:preflabel "wahre Spannung"@de , "TrueStress"@en , "True Stress"@en;
:hasDescriptionCitationSource "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasExampleData "9752";
:hasLabelSource "Standard definition specific"@de , "YS1-Fz-D1Q"@de , "ISO 26203-2, 2011, 4"@en , "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "Sigw"@en;
:hasSymbolLatex "Sig{w}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :EngineeringStress , :PercentageExtension .
:hasNumberSlipSystems_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasNumberSlipSystems"@en;
rdfs:range :NumberSlipSystems;
skos:preflabel "hasNumberSlipSystems"@en .
:ExperimentIdentifier
rdf:type owl:Class , skos:Concept;
rdfs:label "ExperimentIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "LABELS_ID"@en , "Proben-ID"@de , "Label ID"@en;
skos:preflabel "ExperimentIdentifier"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "46NT71";
:hasLabelSource "AWA_1_01_Rz-46N171"@de , "YS1-FzR4-S1Q"@en .
:hasMaximumForceNoDiscontinousYielding_N
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaximumForceNoDiscontinousYielding";
rdfs:seeAlso :MaximumForceNoDiscontinousYielding , :hasMaximumForceNoDiscontinousYielding_Object;
:hasUnit qudtUnit:N;
:hasUnitLabel "N" .
:hasProjectName
rdf:type owl:ObjectProperty , owl:DatatypeProperty , rdf:Property;
rdfs:domain :Test;
rdfs:label "has project name"@en , "has ProjectName";
rdfs:range :ProjectName;
rdfs:seeAlso :ProjectName , :hasProjectName_Object;
skos:preflabel "has project name"@en .
:hasTimeStamp
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TimeStamp";
rdfs:seeAlso :TimeStamp , :hasTimeStamp_Object .
:MeasuringAid
rdf:type owl:Class , skos:Concept;
rdfs:label "MeasuringAid"@en;
rdfs:seeAlso :ForceMeasuringDevice;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Messhilfsmittel"@de;
skos:preflabel "MeasuringAid"@en;
skos:related :ForceMeasuringDevice;
:hasExampleData "Kraftmesszelle";
:hasLabelSource "Messmitteldatenbank"@de .
:hasPercentageReductionOfArea_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageReductionOfArea";
rdfs:seeAlso :PercentageReductionOfArea , :hasPercentageReductionOfArea_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:TestPieceProducer
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPieceProducer"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Test Piece Producer"@en;
skos:altlabel "Test Piece Producer"@en;
skos:preflabel "TestPieceProducer"@en .
:hasCameraSystem
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CameraSystem";
rdfs:seeAlso :CameraSystem , :hasCameraSystem_Object .
:PercentageTotalExtensionAtMaximumForce
rdf:type owl:Class , skos:Concept;
rdfs:label "PercentageTotalExtensionAtMaximumForce"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Percentage total extension at maximum force Fm (total strain at maximum force, Fm)\" [DIN EN ISO 6892-1, 3.6.4]"@en , "\"gesamte Verlängerung (elastische plus plastische Verlängerung) der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent, bezogen auf die Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.4]"@de , "\"total extension (elastic extension plus plastic extension) at maximum force, expressed as a percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.6.4]"@en , "\"gesamte Verlängerung der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent, bezogen auf die Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.4]"@de;
skos:altlabel "gesamte Extensometer-Dehnung bei Höchstkraft"@de , "percentage total extension at maximum force"@en;
skos:preflabel "PercentageTotalExtensionAtMaximumForce"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6.4"@en , "DIN EN ISO 6892-1, 3.6.4"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.6.4"@en , "DIN EN ISO 6892-1, 3.6.4"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "Agt"@en;
:hasSymbolLatex "A_{gt}"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:hasRemark
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Remark";
rdfs:seeAlso :Remark , :hasRemark_Object .
:Strain
rdf:type owl:Class , skos:Concept;
rdfs:label "Strain"@en , "Dehnung"@de;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"in Prozent angegebene Verlängerung der Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.1]"@de , "\"extension expressed as a percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.6.1]"@en;
skos:altlabel "Extensometer-Dehnung"@de , "percentage extension “strain”"@en;
skos:preflabel "Strain"@en , "Dehnung"@de;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6.1"@de , "DIN EN ISO 6892-1, 3.6.1"@en;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "DIN EN ISO 6892-1, 3.6.1"@en , "DIN EN ISO 6892-1, 3.6.1"@de;
:hasSymbol "e"@en;
:hasSymbolLatex "e"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:hasTexture
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Texture";
rdfs:seeAlso :Texture , :hasTexture_Object .
:hasFailureCriteriaTypeAdd4StrainAverage_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FailureCriteriaTypeAdd4StrainAverage";
rdfs:seeAlso :FailureCriteriaTypeAdd4StrainAverage , :hasFailureCriteriaTypeAdd4StrainAverage_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasPostProcessingSoftware_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPostProcessingSoftware"@en;
rdfs:range :PostProcessingSoftware;
skos:preflabel "hasPostProcessingSoftware"@en .
:hasStrainRateScaleParameterP_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasStrainRateScaleParameterP"@en;
rdfs:range :StrainRateScaleParameterP;
skos:preflabel "hasStrainRateScaleParameterP"@en .
:hasTestStandard
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestStandard";
rdfs:seeAlso :TestStandard , :hasTestStandard_Object .
:hasYieldForce_0.2Percentage_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasYieldForce_0.2Percentage"@en;
rdfs:range :YieldForce_0.2Percentage;
skos:preflabel "hasYieldForce_0.2Percentage"@en .
:hasDrawingSpeed_MilliM-PER-MIN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DrawingSpeed";
rdfs:seeAlso :DrawingSpeed , :hasDrawingSpeed_Object;
:hasUnit :MilliM-PER-MIN;
:hasUnitLabel "mm/min" .
:hasPercentagePermanentExtension_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentagePermanentExtension"@en;
rdfs:range :PercentagePermanentExtension;
skos:preflabel "hasPercentagePermanentExtension"@en .
:hasCrossheadSeparationRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCrossheadSeparationRate"@en;
rdfs:range :CrossheadSeparationRate;
skos:preflabel "hasCrossheadSeparationRate"@en .
:WidthStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "WidthStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"engineering strain in width direction\" [Authors]"@en;
skos:altlabel "e-Breite"@de;
skos:preflabel "WidthStrain"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "0.003";
:hasLabelSource "AFZ1-Fz-S1Q.xlm"@de;
:hasSymbol "eps-Breite"@en;
:hasSymbolLatex "eps-Breite"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1";
:isBasedOn :WidthChange , :OriginalWidth .
:hasShearLengthAfterFracture1_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ShearLengthAfterFracture1";
rdfs:seeAlso :ShearLengthAfterFracture1 , :hasShearLengthAfterFracture1_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:Demonstrator
rdf:type owl:Class .
:hasNotchTensileStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasNotchTensileStrength"@en;
rdfs:range :NotchTensileStrength;
skos:preflabel "hasNotchTensileStrength"@en .
:CrossHardeningParameter
rdf:type skos:Concept , owl:Class;
rdfs:label "CrossHardeningParameter"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "h_sl-sl"@en;
skos:preflabel "CrossHardeningParameter"@en;
skos:related :phenopowerlaw;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:ElasticConstantC11
rdf:type skos:Concept , owl:Class;
rdfs:label "ElasticConstantC11"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Elastic constant to describe the anisotropic elastic material behaviour\" [General Knowledge]"@en , "\"Elastische Konstant, um das richtungsabhängige elastische Materialverhalten zu beschreiben\" [General Knowledge]"@de;
skos:altlabel "Elastische Konstante C11"@de , "Elastic constant C11"@en;
skos:preflabel "ElasticConstantC11"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "C_11"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasHX340LAD_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHX340LAD"@en;
rdfs:range :HX340LAD;
skos:preflabel "hasHX340LAD"@en .
:hasFEMSolver
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FEMSolver";
rdfs:seeAlso :FEMSolver , :hasFEMSolver_Object .
:hasSampleIdentifier-2_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSampleIdentifier-2"@en;
rdfs:range :SampleIdentifier-2;
skos:preflabel "hasSampleIdentifier-2"@en .
:HockettSherbyParameterP
rdf:type owl:Class;
rdfs:comment "Material parameter p used for the flow curve extrapolation according to Hockett and Sherby (1975)."@en;
rdfs:label "Hockett Sherby Parameter p"@en , "Hochett Sherby Parameter p"@de;
skos:preflabel "Hockett Sherby Parameter p"@en , "Hochett Sherby Parameter p"@de .
:hasDualPhaseSteel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DualPhaseSteel";
rdfs:seeAlso :DualPhaseSteel , :hasDualPhaseSteel_Object .
:PyironNotebook
rdf:type owl:Class;
rdfs:comment "Jupyter Pyiron Notebook"@en;
rdfs:label "Pyiron notebook"@en , "Pyiron Notebook"@de;
skos:preflabel "Pyiron notebook"@en , "Pyiron Notebook"@de .
:hasElasticConstantC44_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasElasticConstantC44"@en;
rdfs:range :ElasticConstantC44;
skos:preflabel "hasElasticConstantC44"@en .
:hasSampleType_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSampleType"@en;
rdfs:range :SampleType;
skos:preflabel "hasSampleType"@en .
:hasMeasuringAid
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MeasuringAid";
rdfs:seeAlso :MeasuringAid , :hasMeasuringAid_Object .
:MatPiecewiseLinearPlasticityLogInterpolation
rdf:type skos:Concept , owl:Class;
rdfs:label "MatPiecewiseLinearPlasticityLogInterpolation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Simple incompressible plasticity model with logarithmic interpolation"@en;
skos:altlabel "Mat024LogInter"@en;
skos:preflabel "MatPiecewiseLinearPlasticityLogInterpolation"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en .
:JobMetadata
rdf:type owl:Class;
rdfs:comment "each pyiron job has some metadata which is stored in the central sql database"@en;
rdfs:label "Pyiron job metadata"@en , "Job-Metadaten"@de;
skos:preflabel "Pyiron job metadata"@en , "Job-Metadaten"@de .
:hasLowerYieldStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has LowerYieldStrength";
rdfs:seeAlso :LowerYieldStrength , :hasLowerYieldStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:ChemicalComposition
rdf:type owl:Class;
rdfs:label "Chemical Composition"@en , "Chemische Zusammensetzung"@de;
skos:preflabel "Chemical Composition"@en , "Chemische Zusammensetzung"@de .
:hasForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasForce"@en;
rdfs:range :Force;
skos:preflabel "hasForce"@en .
:ForceMeasuringDevice
rdf:type skos:Concept , owl:Class;
rdfs:comment "Type of the force measurement (force transducer, strain gauges, ....)"@en;
rdfs:label "ForceMeasuringDevice"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Type of the force transducer\" [Authors]"@en , "\"Genauigkeit der Prüfeinrichtungen: Die Kraftmesseinrichtung der Prüfmaschine muss mindestens der Klasse 1 nach ISO 7500-1 entsprechen.\" [DIN EN ISO 6892-1, 9]"@de , "\"\nThe force-measuring system of the testing machine shall be in accordance with ISO 7500-1, class 1,\nor better.\" [DIN EN ISO 6892-1, 9]"@en , "\"The force-measuring system of the testing machine shall be in accordance with ISO 7500-1, class 1, in the relevant range\" [DIN EN ISO 6892-1, G.3.1.1]"@en , "\"Die Kraftmesseinrichtung der Zugprüfmaschine muss im relevanten Bereich mindestens der Klasse 1 nach ISO 7500-1 entsprechen.\" [DIN EN ISO 6892-1]"@de , "\"Type of the force measurement (force transducer, strain gauges, ....)\" [Authors]"@en;
skos:altlabel "Kraftmesseinrichtung"@de , "force-measuring system"@en , "force-measuring device"@en , "Kraftmesseinrichtungen"@de , "Kraftaufnehmer"@de;
skos:preflabel "ForceMeasuringDevice"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 9"@en , "DIN EN ISO 6892-1"@de , "Authors"@en , "DIN EN ISO 6892-1, G.3.1.1"@en , "DIN EN ISO 6892-1, 9"@de;
:hasExampleData "Bulge Druck: Öldruckaufnehmer in der Kammer unterhalb der Probe, Tiefungskraft: Öldruckaufnehmer am Tiefungskolben";
:hasLabelSource "DIN EN ISO 6892-1, 9"@en , "DIN EN ISO 6892-1, 9"@de , "AFZ-BU-S1.TXT"@de , "DIN EN ISO 6892-1, G.3.1.1"@en , "DIN EN ISO 6892-1, G.3.1.1"@de .
:hasTrueFractureStrain
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueFractureStrain";
rdfs:seeAlso :TrueFractureStrain , :hasTrueFractureStrain_Object .
:hasDamageThreshold_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasDamageThreshold"@en;
rdfs:range :DamageThreshold;
skos:preflabel "hasDamageThreshold"@en .
:sequence
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "sequence"@en;
dc:description "The sequence of steps"@en;
skos:preflabel "sequence"@en .
:hasCalibrationStatus
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CalibrationStatus";
rdfs:seeAlso :CalibrationStatus , :hasCalibrationStatus_Object .
:HardeningLaw
rdf:type skos:Concept , owl:Class;
rdfs:label "HardeningLaw"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Verfestigungsgesetz auf der Gleitebene, das für das Kristalplastizitätsmodell des Mikrostrukturmodells verwendet wird\" [General Knowledge]"@de , "\"Hardening law on slip plane used for the crystal plasticity model of the microstructure model\" [General Knowledge]"@en;
skos:altlabel "Verfestigungsgesetz"@de , "Hardening law"@en;
skos:preflabel "HardeningLaw"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasExperimentIdentifier_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasExperimentIdentifier"@en;
rdfs:range :ExperimentIdentifier;
skos:preflabel "hasExperimentIdentifier"@en .
:hasHDF
rdf:type owl:ObjectProperty;
rdfs:domain :PyironJob;
rdfs:label "has hdf"@en;
rdfs:range :HDF5;
dc:description "The pyiron jobs has hdf5 file"@en;
skos:preflabel "has hdf"@en .
:hasRadius_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRadius"@en;
rdfs:range :Radius;
skos:preflabel "hasRadius"@en .
:hasDeliveryDate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDeliveryDate"@en;
rdfs:range :DeliveryDate;
skos:preflabel "hasDeliveryDate"@en .
:hasSampleType
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SampleType";
rdfs:seeAlso :SampleType , :hasSampleType_Object .
:NominalEngineeringStrainRate
rdf:type skos:Concept , owl:Class;
rdfs:label "NominalEngineeringStrainRate"@en;
rdfs:seeAlso :StrainRate;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"nominal engineering strain rate = vo/Lc\" [ISO 26203-2, 2011, 4]"@en , "\"nominelle technische Dehnrate = vo/Lc\" [Authors]"@de;
skos:altlabel "nominelle Dehnrate"@de , "nominell"@de , "Nominal engineering strain rate"@en , "nominal engineering strain rate"@en;
skos:preflabel "NominalEngineeringStrainRate"@en;
skos:related :StrainRate;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasExampleData "1.0";
:hasLabelSource "Standard definition specific"@de , "YS1-Fz-D1Q"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "enom"@en;
:hasSymbolLatex "\\dot{e}_{nom}"@en;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1";
:isBasedOn :ParallelLength , :InitialDisplacementRate .
:hasDynamometerArea_MilliM2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DynamometerArea";
rdfs:seeAlso :DynamometerArea , :hasDynamometerArea_Object;
:hasUnit qudtUnit:MilliM2;
:hasUnitLabel "mm2" .
:hasFailureStrain_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureStrain"@en;
rdfs:range :FailureStrain;
skos:preflabel "hasFailureStrain"@en .
:SpecificHeatCapacity
rdf:type owl:Class , skos:Concept;
rdfs:label "SpecificHeatCapacity"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Specific heat capacity"@en;
skos:altlabel "CP"@en;
skos:preflabel "SpecificHeatCapacity"@en;
:hasExampleData "0.49";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit :J-Per-Gm-K;
:hasTypicalUnitLabel "J/(g*K)" .
:hasYoungsModulus_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasYoungsModulus"@en;
rdfs:range :YoungsModulus;
skos:preflabel "hasYoungsModulus"@en .
:hasFinalCriticalStrength_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFinalCriticalStrength"@en;
rdfs:range :FinalCriticalStrength;
skos:preflabel "hasFinalCriticalStrength"@en .
:hasElementDeletionFlag_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasElementDeletionFlag"@en;
rdfs:range :ElementDeletionFlag;
skos:preflabel "hasElementDeletionFlag"@en .
:hasSoftware_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSoftware"@en;
rdfs:range :Software;
skos:preflabel "hasSoftware"@en .
:hasProjectNumber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasProjectNumber"@en;
rdfs:range :ProjectNumber;
skos:preflabel "hasProjectNumber"@en .
:hasHardeningCurve_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHardeningCurve"@en;
rdfs:range :HardeningCurve;
skos:preflabel "hasHardeningCurve"@en .
:hasGaugeLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasGaugeLength"@en;
rdfs:range :GaugeLength;
skos:preflabel "hasGaugeLength"@en .
:hasSampleProduction_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSampleProduction"@en;
rdfs:range :SampleProduction;
skos:preflabel "hasSampleProduction"@en .
:hasCrossheadDisplacement_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCrossheadDisplacement"@en;
rdfs:range :CrossheadDisplacement;
skos:preflabel "hasCrossheadDisplacement"@en .
:hasParallelLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ParallelLength";
rdfs:seeAlso :ParallelLength , :hasParallelLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasInitialSheetThickness_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InitialSheetThickness";
rdfs:seeAlso :InitialSheetThickness , :hasInitialSheetThickness_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
rdf:type owl:Class .
:hasBrinellHardnessUncertainty_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BrinellHardnessUncertainty";
rdfs:seeAlso :BrinellHardnessUncertainty , :hasBrinellHardnessUncertainty_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
:hasFailureTreatment_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FailureTreatment";
rdfs:seeAlso :FailureTreatment , :hasFailureTreatment_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasThicknessAfterFracture1_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ThicknessAfterFracture1";
rdfs:seeAlso :ThicknessAfterFracture1 , :hasThicknessAfterFracture1_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:TestingMachine
rdf:type owl:Class;
rdfs:comment "A machine pervorming an experimental test"@en;
rdfs:label "Testing machine"@en , "Prüfmaschine"@de;
skos:preflabel "Testing machine"@en , "Prüfmaschine"@de .
:Casting
rdf:type owl:Class .
:hasPreliminaryForce_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PreliminaryForce";
rdfs:seeAlso :PreliminaryForce , :hasPreliminaryForce_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasMeasurementResolutionUncertainty_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MeasurementResolutionUncertainty";
rdfs:seeAlso :MeasurementResolutionUncertainty , :hasMeasurementResolutionUncertainty_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
rdf:type owl:Class .
:hasLatentHardeningQ0_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLatentHardeningQ0"@en;
rdfs:range :LatentHardeningQ0;
skos:preflabel "hasLatentHardeningQ0"@en .
:TrueElasticStrain
rdf:type owl:Class;
rdfs:label "Wahre elastische Dehnung"@de;
skos:preflabel "Wahre elastische Dehnung"@de .
:hasTestPieceThickness_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceThickness"@en;
rdfs:range :TestPieceThickness;
skos:preflabel "hasTestPieceThickness"@en .
:hasHardeningLaw
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningLaw";
rdfs:seeAlso :HardeningLaw , :hasHardeningLaw_Object .
:FlatRolling
rdf:type owl:Class;
rdfs:label "flat rolling"@en , "Flachwalzen"@de;
skos:preflabel "flat rolling"@en , "Flachwalzen"@de .
:OriginalGaugeLength
rdf:type owl:Class , skos:Concept;
rdfs:comment "The intial gauge length given by the specimen geometry"@en;
rdfs:label "OriginalGaugeLength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"length between gauge length (3.1) marks on the test piece measured at room temperature before the testlength between gauge length (3.1) marks on the test piece measured at room temperature before the test\" [DIN EN ISO 6892-1, 3.1.1]"@en , "\"length between gauge length marks on the test piece measured at room temperature before the test\" [DIN EN ISO 6892-1, 3.1.1]"@en , "\"The intial gauge length given by the specimen geometry\" [Authors]"@en , "\"Länge zwischen den Marken zur Kennzeichnung der Messlänge (3.1) auf der Probe, die vor dem Versuch bei Raumtemperatur gemessen wird\" [DIN EN ISO 6892-1, 3.1.1]"@de;
skos:altlabel "Messlänge Standardweg"@de , "Anfangsmesslänge"@de , "original gauge length"@en , "L0"@en , "Messlänge Lo"@de;
skos:preflabel "OriginalGaugeLength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.1.1"@de , "DIN EN ISO 6892-1, 3.1.1"@en , "Authors"@en;
:hasExampleData "30" , "80" , "20";
:hasLabelSource "DIN EN ISO 6892-1, 3.1.1"@de , "DIN EN ISO 6892-1, 3.1.1"@en , "AFZ1-Fz-S1Q.xlsx"@de , "DX56_D_FZ2_WR00_43.TXT"@de , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "YS1-Sz0°-S1L"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "Lo"@en , "L0"@en;
:hasSymbolLatex "L_o"@en , "L_0"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasOriginalWidth_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOriginalWidth"@en;
rdfs:range :OriginalWidth;
skos:preflabel "hasOriginalWidth"@en .
:TestPieceThickness
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPieceThickness"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Test Piece Thickness"@en;
skos:altlabel "Test Piece Thickness"@en;
skos:preflabel "TestPieceThickness"@en .
:PostProcessingSoftware
rdf:type skos:Concept , owl:Class;
rdfs:label "PostProcessingSoftware"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Software, die für die Datenverarbeitung verwendet wurde.\" [General Knowledge]"@de , "\"Software used for post-processing.\" [General Knowledge]"@en;
skos:altlabel "Auswerte Software"@de , "Post-processing software"@en;
skos:preflabel "PostProcessingSoftware"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasEulerAngle2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EulerAngle2";
rdfs:seeAlso :EulerAngle2 , :hasEulerAngle2_Object .
:hasPercentageExtension_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageExtension"@en;
rdfs:range :PercentageExtension;
skos:preflabel "hasPercentageExtension"@en .
:hasPermissibleUncertainty_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PermissibleUncertainty";
rdfs:seeAlso :PermissibleUncertainty , :hasPermissibleUncertainty_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:Hill48M
rdf:type owl:Class;
rdfs:comment "Parameter M for Hill48 yield criterion"@en .
:hasAnisotropicYieldFunctionParameters_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasAnisotropicYieldFunctionParameters"@en;
rdfs:range :AnisotropicYieldFunctionParameters;
skos:preflabel "hasAnisotropicYieldFunctionParameters"@en .
:hasYieldingIdentifier_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasYieldingIdentifier"@en;
rdfs:range :YieldingIdentifier;
skos:preflabel "hasYieldingIdentifier"@en .
:hasPercentageElongation_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageElongation";
rdfs:seeAlso :PercentageElongation , :hasPercentageElongation_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:TargetClampingForce
rdf:type owl:Class , skos:Concept;
rdfs:label "TargetClampingForce"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Klemmkraft (FC)"@de , "Target Clamping force"@en;
skos:preflabel "TargetClampingForce"@en;
:hasExampleData "600";
:hasLabelSource "deepl translator"@en , "AFZ-BU-S1.TXT"@de;
:hasTypicalUnit qudtUnit:KiloN;
:hasTypicalUnitLabel "kN" .
:LoadingTime
rdf:type owl:Class;
rdfs:comment "Tensile test meta data entry from BAM file"@en;
rdfs:label "Belastungszeit"@de;
skos:preflabel "Belastungszeit"@de .
:stripTension
rdf:type owl:Class;
rdfs:label "strip tension"@en , "Bandzug"@de;
skos:preflabel "strip tension"@en , "Bandzug"@de .
:ElasticityModel
rdf:type skos:Concept , owl:Class;
rdfs:label "ElasticityModel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "connects elastic strain with stress vi stiffness matrix"@en;
skos:altlabel "Hooke"@en;
skos:preflabel "ElasticityModel"@en .
:hasShearStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ShearStrength";
rdfs:seeAlso :ShearStrength , :hasShearStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasRateSensitivityOfSlip_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRateSensitivityOfSlip"@en;
rdfs:range :RateSensitivityOfSlip;
skos:preflabel "hasRateSensitivityOfSlip"@en .
:hasCalibrationComponents
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CalibrationComponents";
rdfs:seeAlso :CalibrationComponents , :hasCalibrationComponents_Object .
:hasEulerAngleConvention_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEulerAngleConvention"@en;
rdfs:range :EulerAngleConvention;
skos:preflabel "hasEulerAngleConvention"@en .
:FinalThickness
rdf:type owl:Class;
rdfs:label "final thickness"@en , "Enddicke"@de;
skos:preflabel "final thickness"@en , "Enddicke"@de .
:hasTestPieceLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceLength";
rdfs:seeAlso :TestPieceLength , :hasTestPieceLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:FeedbackLoop
rdf:type owl:Class;
rdfs:label "Feedback Loop"@en , "Rückkopplung"@de;
skos:preflabel "Feedback Loop"@en , "Rückkopplung"@de .
:hasTangentYieldModulus_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasTangentYieldModulus"@en;
rdfs:range :TangentYieldModulus;
skos:preflabel "hasTangentYieldModulus"@en .
:hasStrainRateScaleParameterC_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasStrainRateScaleParameterC"@en;
rdfs:range :StrainRateScaleParameterC;
skos:preflabel "hasStrainRateScaleParameterC"@en .
:hasLubricationSystem
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has LubricationSystem";
rdfs:seeAlso :LubricationSystem , :hasLubricationSystem_Object .
:hasMeanPlasticStrainRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMeanPlasticStrainRate"@en;
rdfs:range :MeanPlasticStrainRate;
skos:preflabel "hasMeanPlasticStrainRate"@en .
:hasInv_ShearRateSensitivity_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasInv_ShearRateSensitivity"@en;
rdfs:range :Inv_ShearRateSensitivity;
skos:preflabel "hasInv_ShearRateSensitivity"@en .
:StandardDeviationOfTheSlope
rdf:type skos:Concept , owl:Class;
rdfs:label "StandardDeviationOfTheSlope"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"additional result of the linear regression which describes the difference of the stress values from the best fit line for the given extension values in the evaluation range\" [DIN EN ISO 6892-1, 3.16]"@en , "\"zusätzliches Ergebnis der linearen Regression, welches den Unterschied der Spannungswerte von der Ausgleichsgeraden für die gegebenen Extensometer-Dehnungswerte in dem untersuchten Bereich beschreibt\" [DIN EN ISO 6892-1, 3.16]"@de;
skos:altlabel "Standardabweichung der Steigung"@de , "standard deviation of the slope"@en;
skos:preflabel "StandardDeviationOfTheSlope"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.16"@en , "DIN EN ISO 6892-1, 3.16"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.16"@en , "DIN EN ISO 6892-1, 3.16"@de;
:hasSymbol "Sm"@en;
:hasSymbolLatex "S_m"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasCharacteristicEngineeringStrainRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCharacteristicEngineeringStrainRate"@en;
rdfs:range :CharacteristicEngineeringStrainRate;
skos:preflabel "hasCharacteristicEngineeringStrainRate"@en .
:Tester
rdf:type owl:Class , skos:Concept;
rdfs:comment "The name or ID of the person who conducted the experiment."@en;
rdfs:label "Tester"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"The name or ID of the person who conducted the experiment.\" [Authors]"@en;
skos:altlabel "Prüfer"@de;
skos:preflabel "Tester"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "Kürzel";
:hasLabelSource "YS1-Fz-D1Q"@de , "AFZ1-Fz-S1Q.xlsx"@de , "YS1-FzR4-S1Q"@de , "YS1-Sz0°-S1L"@de .
:Steel
rdf:type skos:Concept , owl:Class;
rdfs:label "Steel"@en , "Stahl"@de , "steel"@en;
rdfs:seeAlso :Grade;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Stahlsorte"@de;
skos:preflabel "Stahl"@de , "steel"@en , "Steel"@en;
skos:related :Grade;
:hasExampleData "Dualphasenstahl";
:hasLabelSource "DIN EN 10346_2015"@de .
:hasTestPiece_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPiece"@en;
rdfs:range :TestPiece;
skos:preflabel "hasTestPiece"@en .
:hasBlankHolderForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBlankHolderForce"@en;
rdfs:range :BlankHolderForce;
skos:preflabel "hasBlankHolderForce"@en .
:hasFailureCriteriaTypeAdd4ElementDeletion_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FailureCriteriaTypeAdd4ElementDeletion";
rdfs:seeAlso :FailureCriteriaTypeAdd4ElementDeletion , :hasFailureCriteriaTypeAdd4ElementDeletion_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasReferenceTemperature_K
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ReferenceTemperature";
rdfs:seeAlso :ReferenceTemperature , :hasReferenceTemperature_Object;
:hasUnit ;
:hasUnitLabel "K" .
:ProofStrength_1Percentage
rdf:type owl:Class , skos:Concept;
rdfs:label "ProofStrength_1Percentage"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"yield strength, 1 %\" [Authors]"@en;
skos:altlabel "Rp1"@en;
skos:preflabel "ProofStrength_1Percentage"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "Rp1"@en;
:hasSymbolLatex "R_{p1}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :PercentageExtension , :ModulusOfElasticity , :EngineeringStress .
:hasInventoryNumber
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InventoryNumber";
rdfs:seeAlso :InventoryNumber , :hasInventoryNumber_Object .
:hasComputerControlledTensileTestingMachine
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ComputerControlledTensileTestingMachine";
rdfs:seeAlso :ComputerControlledTensileTestingMachine , :hasComputerControlledTensileTestingMachine_Object .
:NumberFailedIntegrationPoints
rdf:type owl:Class , skos:Concept;
rdfs:label "NumberFailedIntegrationPoints"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Number or percentage of failed integration points prior to element deletion.\nGT.0.0: Number of integration points which must fail before element is deleted.\nLT.0.0: Applies only to shells. |NUMFIP| is the percentage of layers which must fail before an element is deleted. For shell formulations with 4 integration points per layer, the layer is considered failed if any of the integration points in the layer fails."@en;
skos:altlabel "NUMFIP"@en;
skos:preflabel "NumberFailedIntegrationPoints"@en;
:hasExampleData "2";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasTrueStressAtFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueStressAtFracture"@en;
rdfs:range :TrueStressAtFracture;
skos:preflabel "hasTrueStressAtFracture"@en .
:hasPercentageTotalExtensionAtMaximumForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageTotalExtensionAtMaximumForce"@en;
rdfs:range :PercentageTotalExtensionAtMaximumForce;
skos:preflabel "hasPercentageTotalExtensionAtMaximumForce"@en .
:hasYieldStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has YieldStress";
rdfs:seeAlso :YieldStress , :hasYieldStress_Object;
:hasUnit ;
:hasUnitLabel "MPa" .
:hasStandardDeviationOfTheSlope_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasStandardDeviationOfTheSlope"@en;
rdfs:range :StandardDeviationOfTheSlope;
skos:preflabel "hasStandardDeviationOfTheSlope"@en .
:Radius
rdf:type owl:Class , skos:Concept;
rdfs:label "Radius"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Radius of the notch (only for notched shear tensile specimens)\" [Authors]"@en , "\"Kerbradius (nur bei Schrägkerb-Scherzugproben)\" [Authors]"@de;
skos:altlabel "Radius"@en;
skos:preflabel "Radius"@en;
skos:related :TestPieceGeometry;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de;
:hasExampleData "4" , "2";
:hasLabelSource "YS1-FzR4-S1Q"@en , "YS1-Sz0°-S1L"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:CrystalPlasticityParameterFile
rdf:type owl:Class , skos:Concept;
rdfs:label "CrystalPlasticityParameterFile"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Datei, die die Parameter des Kristallplastizitätsmodells beinhaltet\" [General Knowledge]"@de , "\"File containing parameters of the crystal plasticity constitutive model used\" [General Knowledge]"@en;
skos:altlabel "Kristallplastizitätsparameter-Datei"@de , "Crystal plasticity parameter file"@en;
skos:preflabel "CrystalPlasticityParameterFile"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:Composition
rdf:type skos:Concept , owl:Class;
rdfs:comment "Combination of Elements in a Phase or a whole Sample. Related to Alloys"@en;
rdfs:label "Zusammensetzung"@de , "Composition"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Elementzusammensetzung des Werkstoffs\" [Authors]"@de;
skos:altlabel "Legierung"@de , "alloy"@en , "Chemische Zusammensetzung"@de;
skos:preflabel "Zusammensetzung"@de , "Composition"@en;
:hasDescriptionCitationSource "Authors"@de;
:hasLabelSource "K-Item"@de .
:BiaxialStress
rdf:type owl:Class , skos:Concept;
rdfs:label "BiaxialStress"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Biaxial stress received from post-processing the hydraulic bulge test.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Biaxiale Spannung ermittelt mit Hilfe des hydraulischen Tiefungsversuchs.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Biaxiale Spannung"@de , "Biaxial stress"@en;
skos:preflabel "BiaxialStress"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "σ_B"@en;
:hasSymbolLatex "\\sigma_B"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:Experiment
rdf:type owl:Class;
rdfs:label "Experiment"@en , "Experiment"@de;
skos:preflabel "Experiment"@en , "Experiment"@de .
:hasLubricationSystem_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLubricationSystem"@en;
rdfs:range :LubricationSystem;
skos:preflabel "hasLubricationSystem"@en .
:hasStrainRateScaleParameterC_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has StrainRateScaleParameterC";
rdfs:seeAlso :StrainRateScaleParameterC , :hasStrainRateScaleParameterC_Object;
:hasUnit ;
:hasUnitLabel "1" .
:IndenterIdentifier
rdf:type skos:Concept , owl:Class;
rdfs:label "IndenterIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Indenter Identifier"@en;
skos:altlabel "Indenter Identifier"@en;
skos:preflabel "IndenterIdentifier"@en .
:hasIndentationDiameterVertical_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has IndentationDiameterVertical";
rdfs:seeAlso :IndentationDiameterVertical , :hasIndentationDiameterVertical_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:Filter
rdf:type owl:Class .
:hasTaylorQuinneyCoefficient_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TaylorQuinneyCoefficient";
rdfs:seeAlso :TaylorQuinneyCoefficient , :hasTaylorQuinneyCoefficient_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasCrystalPlasticityConstitutiveModel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CrystalPlasticityConstitutiveModel";
rdfs:seeAlso :CrystalPlasticityConstitutiveModel , :hasCrystalPlasticityConstitutiveModel_Object .
:hasTotalEngineeringStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTotalEngineeringStrain"@en;
rdfs:range :TotalEngineeringStrain;
skos:preflabel "hasTotalEngineeringStrain"@en .
:hasSoftware
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Software";
rdfs:seeAlso :Software , :hasSoftware_Object .
:MajorTrueStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "MajorTrueStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"major true strain\" [DIN EN ISO 12004-2: 2021_07, 8]"@en , "\"Größere Formänderung\" [DIN EN ISO 12004-2: 2021_07, 8]"@de;
skos:altlabel "major limit strain"@en , "major true strain"@en , "Hauptformänderung"@de;
skos:preflabel "MajorTrueStrain"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 8"@de , "DIN EN ISO 12004-2: 2021_07, 8"@en;
:hasExampleData "0.40799999999999997";
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en , "DIN EN ISO 12004-2: 2021_07, 8"@en , "DIN EN ISO 12004-2: 2021_07, 8"@de;
:hasSymbol "ε_1"@en;
:hasSymbolLatex "ε_1"@en .
:hasDX56D_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDX56D"@en;
rdfs:range :DX56D;
skos:preflabel "hasDX56D"@en .
:ComplexPhaseSteel
rdf:type owl:Class , skos:Concept;
rdfs:label "ComplexPhaseSteel"@en;
rdfs:seeAlso :Grade;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Stahl mit einer Mehrphasenmikrostruktur, die hauptsächlich Ferrit und Bainit enthält, wobei Martensit, angelassener Martensit, Restaustenit und Perlit als Zusatzphasen vorhanden sein können\" [DIN EN 10346_2015]"@de;
skos:altlabel "Komplexphasenstahl"@de;
skos:preflabel "ComplexPhaseSteel"@en;
skos:related :Grade;
:hasDescriptionCitationSource "DIN EN 10346_2015"@de;
:hasExampleData "HCT980C";
:hasLabelSource "DIN EN 10346_2015"@de .
:hasJob
rdf:type owl:ObjectProperty;
rdfs:domain :PyironProject;
rdfs:label "has job"@en;
rdfs:range :PyironJob;
dc:description "The relation between pyiron project and jobs"@en;
skos:preflabel "has job"@en .
:hasHardeningParameterTheta1_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningParameterTheta1";
rdfs:seeAlso :HardeningParameterTheta1 , :hasHardeningParameterTheta1_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasSpecificHeatCapacity_J-Per-Gm-K
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SpecificHeatCapacity";
rdfs:seeAlso :SpecificHeatCapacity , :hasSpecificHeatCapacity_Object;
:hasUnit :J-Per-Gm-K;
:hasUnitLabel "J/(g*K)" .
rdf:type owl:Class .
:PistonSpeed
rdf:type skos:Concept , owl:Class;
rdfs:label "PistonSpeed"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Speed of the piston used in the hydraulic bulge test.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Geschwindigkeit des Kolbens während des hydraulischen Tiefungsversuchs.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Kolbengeschwindigkeit"@de , "Tiefziehgeschwindigkeit (VD)"@de , "Piston Speed"@en;
skos:preflabel "PistonSpeed"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasExampleData "0.15";
:hasLabelSource "AFZ-BU-S1.TXT"@de , "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasTypicalUnit qudtUnit:MilliM-PER-SEC;
:hasTypicalUnitLabel "mm/s" .
:Work
rdf:type skos:Concept , owl:Class;
rdfs:label "Work"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"deformation work\" [Authors]"@en;
skos:altlabel "Work"@en;
skos:preflabel "Work"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasLabelSource "AFZ1-ST-D1"@en;
:hasTypicalUnit qudtUnit:KiloJ;
:hasTypicalUnitLabel "kJ" .
:TensileStrength
rdf:type owl:Class , skos:Concept;
rdfs:label "TensileStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"tensile strength\" [Authors]"@en , "\"stress corresponding to the maximum force\" [DIN EN ISO 6892-1, 3.10.1]"@en , "\"Spannung, die der Höchstkraft entspricht\" [DIN EN ISO 6892-1, 3.10.1]"@de;
skos:altlabel "Rm"@en , "Zugfestigkeit"@de , "Zugfestigkeit Rm"@de , "tensile strength"@en;
skos:preflabel "TensileStrength"@en;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 6892-1, 3.10.1"@en , "DIN EN ISO 6892-1, 3.10.1"@de;
:hasExampleData "468" , "496";
:hasLabelSource "YS1-Fz-D1Q"@de , "ISO 26203-2, 2011, 4"@en , "DIN EN ISO 6892-1, 3.10.1"@en , "DIN EN ISO 6892-1, 3.10.1"@de , "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "R_{m}"@en , "Rm"@en;
:hasSymbolLatex "R_{m}"@en , "R_m"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :EngineeringStress .
:MinTimeStep4ElementDel
rdf:type skos:Concept , owl:Class;
rdfs:label "MinTimeStep4ElementDel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Minimum time step size for automatic element deletion"@en;
skos:altlabel "TDEL"@en;
skos:preflabel "MinTimeStep4ElementDel"@en;
:hasExampleData "0.000000";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "s" .
:AmplitudeFile
rdf:type owl:Class , skos:Concept;
rdfs:label "AmplitudeFile"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"File containing information regarding the amplitude used for micorstructure simulation\" [General Knowledge]"@en , "\"Datei mit Informationen zu den verwendeten Amplituden für die Mikrostruktursimulation\" [General Knowledge]"@de;
skos:altlabel "Amplitude file"@en , "Amplituden-Datei"@de;
skos:preflabel "AmplitudeFile"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en .
:hasInitialThickness_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InitialThickness";
rdfs:seeAlso :InitialThickness , :hasInitialThickness_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:DamageTreatment
rdf:type skos:Concept , owl:Class;
rdfs:label "DamageTreatment"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "interpreted digit-wise as follows: DTYP = [????] = ??+10×??\nM.EQ.0: Damage is accumulated, but there is no coupling to flow stress and no failure.\nM.EQ.1: Damage is accumulated, and element failure occurs for ?? = 1. Coupling of damage to flow stress depending on parameters.\nN.EQ.0: Equivalent plastic strain is the driving quantity for the damage.\nN.GT.0: The Nth additional history variable is the driving quantity for damage."@en;
skos:altlabel "DTYP"@en;
skos:preflabel "DamageTreatment"@en;
:hasExampleData "1";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasUpperYieldStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has UpperYieldStrength";
rdfs:seeAlso :UpperYieldStrength , :hasUpperYieldStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasIdentifier
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Identifier";
rdfs:seeAlso :Identifier , :hasIdentifier_Object .
:jobStartTime
rdf:type owl:DatatypeProperty;
rdfs:domain :Job;
rdfs:label "start time"@en;
rdfs:range xsd:dateTime;
dc:description "time and date when the execution of a job instance was started"@en;
skos:preflabel "start time"@en .
:RadiusDie
rdf:type owl:Class , skos:Concept;
rdfs:label "RadiusDie"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Radius of the die (inner) of the testing machine. \" [DIN EN ISO 16808:2022-08, 4]"@en , "\"Matrizenkantenradius (innen) der Prüfeinrichtung.\" [DIN EN ISO 16808:2022-08, 4]"@de;
skos:altlabel "Radius of the die (inner)"@en , "Matrizenkantenradius (innen)"@de;
skos:preflabel "RadiusDie"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "R_1"@en;
:hasSymbolLatex "R_1"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:StrainRateScaleIdendifier
rdf:type skos:Concept , owl:Class;
rdfs:label "StrainRateScaleIdendifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Load curve Identifier defining strain rate scaling effect on yield stress."@en;
skos:altlabel "LCSR"@en;
skos:preflabel "StrainRateScaleIdendifier"@en;
:hasExampleData "5";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:CrystallographyTexture
rdf:type owl:Class;
rdfs:label "Crystollography Texture"@en , "Kristallographische Beschaffenheit"@de;
skos:preflabel "Crystollography Texture"@en , "Kristallographische Beschaffenheit"@de .
:CoordinateSystem
rdf:type owl:Class;
rdfs:label "Coordinate system"@en , "Koordinatensystem"@de;
skos:altlabel "Koordinatensystem?"@de;
skos:preflabel "Coordinate system"@en , "Koordinatensystem"@de .
:Hill48H
rdf:type owl:Class;
rdfs:comment "Parameter H for Hill48 yield criterion"@en .
:ShearLength
rdf:type owl:Class , skos:Concept;
rdfs:label "ShearLength"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Länge der Scherzone\" [Authors]"@de , "\"length of the shear zone\" [Authors]"@en;
skos:altlabel "shear length"@en;
skos:preflabel "ShearLength"@en;
skos:related :TestPieceGeometry;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de;
:hasExampleData "7";
:hasLabelSource "YS1-Sz0°-S1L"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:MAT_ADD_DAMAGE_GISSMO
rdf:type skos:Concept , owl:Class;
rdfs:label "MAT_ADD_DAMAGE_GISSMO"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:preflabel "MAT_ADD_DAMAGE_GISSMO"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en .
:ShearTest
rdf:type owl:Class;
rdfs:label "Shear Test"@en , "Schertest"@de;
skos:preflabel "Shear Test"@en , "Schertest"@de .
:SpecificPlasticWorkValue
rdf:type owl:Class , skos:Concept;
rdfs:label "SpecificPlasticWorkValue"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Spezifische plastische Arbeit, die zur Bestimmung des Punkts auf dem Fließort verwendet wurde\" [General Knowledge]"@de , "\"Specific plastic work used for idenfication of a point on the yield surface\" [General Knowledge]"@en;
skos:altlabel "Wert der spezifische plastische Arbeit"@de , "Specific plastic work value"@en;
skos:preflabel "SpecificPlasticWorkValue"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasMeasurementResolutionUncertainty_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMeasurementResolutionUncertainty"@en;
rdfs:range :MeasurementResolutionUncertainty;
skos:preflabel "hasMeasurementResolutionUncertainty"@en .
:hasMaximumForceDiscontinousYielding_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaximumForceDiscontinousYielding"@en;
rdfs:range :MaximumForceDiscontinousYielding;
skos:preflabel "hasMaximumForceDiscontinousYielding"@en .
:InitialStrain
rdf:type owl:Class;
rdfs:comment "Tensile test meta data entry from BAM file"@en;
rdfs:label "Anfangsdehnung"@de;
skos:preflabel "Anfangsdehnung"@de .
:WorkflowStep
rdf:type owl:Class;
rdfs:comment "a part of a workflow"@en;
rdfs:label "Workflow step"@en , "Arbeitsschritt"@de;
skos:preflabel "Workflow step"@en , "Arbeitsschritt"@de .
:Time
rdf:type owl:Class , skos:Concept;
rdfs:label "Time"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Authors"@de , "\"Recorded time during the hydraulic bulge test.\" [Authors]"@en , "\"Zeit während des hydraulischen Tiefungsversuchs.\" [wes]"@de , "\"0.694\" [The time when the data point is recorded in relation to the start. ]"@en , "\"The time when the data point is recorded in relation to the start. \" [Authors]"@en , "\"Zeit während des hydraulischen Tiefungsversuchs.\" [Authors]"@de , "\"Recorded time during the hydraulic bulge test.\" [wes]"@en;
skos:altlabel "Zeit"@de , "time"@en , "Prüfzeit"@de , "Time"@en;
skos:preflabel "Time"@en;
:hasDescriptionCitationSource "The time when the data point is recorded in relation to the start. "@en , "wes"@de , "wes"@en , "Authors"@de , "Authors"@en;
:hasExampleData "0.694" , "s" , "0.05";
:hasLabelSource "YS1-Fz-D1Q"@de , "DIN EN ISO 16808:2022-08, 12"@de , "DIN EN ISO 16808:2022-08, 12"@en , "Authors"@de , "DX56_D_FZ2_WR00_43.TXT"@de , "ISO 26203-2, 2011, 4"@en , "DIN EN ISO 6892-1, Abb. 9"@de , "DIN EN ISO 6892-1, Fig. 9"@en , "AFZ1-Fz-S1Q.xlsx"@de , "AFZ-BU-S1.TXT"@de , "AFZ1-ST-D1"@en , "YS1-Sz0°-S1L"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en , "AFZ1-NZ50-25-D1Q"@en;
:hasSymbol "t"@en;
:hasSymbolLatex "t"@en;
:hasTypicalUnit qudtUnit:SEC;
:hasTypicalUnitLabel "s" .
:hasResultsFile
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ResultsFile";
rdfs:seeAlso :ResultsFile , :hasResultsFile_Object .
:hasFailureTreatment_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureTreatment"@en;
rdfs:range :FailureTreatment;
skos:preflabel "hasFailureTreatment"@en .
:DiameterAfterFracture2
rdf:type skos:Concept , owl:Class;
rdfs:label "DiameterAfterFracture2"@en;
rdfs:seeAlso :DiameterAfterFracture1;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probendurchmesser nach Bruch D2"@de;
skos:preflabel "DiameterAfterFracture2"@en;
skos:related :DiameterAfterFracture1;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:TestPieceIdentifier
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPieceIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Test Piece Identifier"@en;
skos:altlabel "Test Piece Identifier"@en;
skos:preflabel "TestPieceIdentifier"@en .
:hasLatentHardeningQ1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLatentHardeningQ1"@en;
rdfs:range :LatentHardeningQ1;
skos:preflabel "hasLatentHardeningQ1"@en .
:Validation
rdf:type owl:Class;
rdfs:label "Validation"@en , "Validierung"@de;
skos:altlabel "Nachweis"@de , " Gültigkeitserklärung"@de;
skos:preflabel "Validation"@en , "Validierung"@de .
:hasBrinellHardnessCRMStandardDeviation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBrinellHardnessCRMStandardDeviation"@en;
rdfs:range :BrinellHardnessCRMStandardDeviation;
skos:preflabel "hasBrinellHardnessCRMStandardDeviation"@en .
:hasTestPieceProcessing
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceProcessing";
rdfs:seeAlso :TestPieceProcessing , :hasTestPieceProcessing_Object .
:ExperimentalTest
rdf:type owl:Class;
rdfs:comment "Suclasses like Tensile Test"@en;
rdfs:label "Experimental test"@en , "Experimentaler Test"@de;
skos:preflabel "Experimental test"@en , "Experimentaler Test"@de .
:CoefficientOfCorrelation
rdf:type skos:Concept , owl:Class;
rdfs:label "CoefficientOfCorrelation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"additional result of the linear regression which describes the quality of the stress-strain curve in the evaluation range\" [DIN EN ISO 6892-1, 3.15]"@en , "\"zusätzliches Ergebnis der linearen Regression, welches die Qualität der Spannung-Dehnung-Kurve in dem untersuchten Bereich beschreibt\" [DIN EN ISO 6892-1, 3.15]"@de;
skos:altlabel "Bestimmtheitsmaß"@de , "coefficient of correlation"@en;
skos:preflabel "CoefficientOfCorrelation"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.15"@en , "DIN EN ISO 6892-1, 3.15"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.15"@en , "DIN EN ISO 6892-1, 3.15"@de;
:hasSymbol "R2"@en;
:hasSymbolLatex "R^2"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" .
:hasDamageTreatment_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DamageTreatment";
rdfs:seeAlso :DamageTreatment , :hasDamageTreatment_Object;
:hasUnit ;
:hasUnitLabel "1" .
rdf:type owl:Class .
:hasMaximumForceDiscontinousYielding_N
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaximumForceDiscontinousYielding";
rdfs:seeAlso :MaximumForceDiscontinousYielding , :hasMaximumForceDiscontinousYielding_Object;
:hasUnit qudtUnit:N;
:hasUnitLabel "N" .
:PhaseBoundary
rdf:type owl:Class;
rdfs:label "Phase Boundary"@en , "Phasengrenze"@de;
skos:preflabel "Phase Boundary"@en , "Phasengrenze"@de .
:hasDefaultValue_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDefaultValue"@en;
rdfs:range :DefaultValue;
skos:preflabel "hasDefaultValue"@en .
:hasTrueStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueStress";
rdfs:seeAlso :TrueStress , :hasTrueStress_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasNumberOfVirtualExperiments
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has NumberOfVirtualExperiments";
rdfs:seeAlso :NumberOfVirtualExperiments , :hasNumberOfVirtualExperiments_Object .
:hasEffectiveStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EffectiveStress";
rdfs:seeAlso :EffectiveStress , :hasEffectiveStress_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:TestPiece
rdf:type skos:Concept , owl:Class;
rdfs:comment "Something that a test is perfomed on"@en;
rdfs:label "TestPiece"@en , "Test piece"@en , "Probe"@de;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probe"@de , "test piece"@en , " specimen"@en , "sample"@en;
skos:preflabel "Test piece"@en , "Probe"@de , "TestPiece"@en;
:hasLabelSource "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en .
:hasFailureCriteriaTypeAdd_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureCriteriaTypeAdd"@en;
rdfs:range :FailureCriteriaTypeAdd;
skos:preflabel "hasFailureCriteriaTypeAdd"@en .
:hasTargetClampingForce_KiloN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TargetClampingForce";
rdfs:seeAlso :TargetClampingForce , :hasTargetClampingForce_Object;
:hasUnit qudtUnit:KiloN;
:hasUnitLabel "kN" .
:hasPercentageYieldPointExtension_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageYieldPointExtension"@en;
rdfs:range :PercentageYieldPointExtension;
skos:preflabel "hasPercentageYieldPointExtension"@en .
:usesCode
rdf:type owl:ObjectProperty;
rdfs:domain :Job;
rdfs:label "uses Code"@en;
rdfs:range :Code;
dc:description "code used by a job"@en;
skos:preflabel "uses Code"@en .
:hasReferenceShearRate_Object
rdf:type rdf:Property , owl:ObjectProperty;
rdfs:label "hasReferenceShearRate"@en;
rdfs:range :ReferenceShearRate;
skos:preflabel "hasReferenceShearRate"@en .
:StrainRate
rdf:type owl:Class , skos:Concept;
rdfs:comment "the rate at which a material deforms under applied stress. It is a measure of how quickly the material's shape or dimensions change in response to external forces, such as tension, compression, or shear. Strain rate is typically expressed in units of inverse time (e.g., s^-1 or min^-1)."@en;
rdfs:label "StrainRate"@en;
rdfs:seeAlso :Time , :PercentageExtension , :ParallelLength , :CrossheadSeparationRate;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"increase of strain, measured with an extensometer, in extensometer gauge length\" [DIN EN ISO 6892-1, 3.7.1]"@en , "\"strain rate either of the parallel length or of the gauge length/extensometer length (should be specified)\" [Authors]"@en , "\"Dehnrate, die für die Mikrostruktursimulation verwendet wurde\" [General Knowledge]"@de , "\"Strain rate used for the microstructure simulation\" [General Knowledge]"@en , "\"Zunahme der mit einem Extensometer in der Extensometer-Messlänge gemessenen Dehnung je Zeiteinheit\" [DIN EN ISO 6892-1, 3.7.1]"@de;
skos:altlabel "Dehnrate"@de , "Strain rate"@en , "Strain Rate"@en , "strain rate"@en , "Dehngeschwindigkeit"@de;
skos:preflabel "StrainRate"@en;
skos:related :ParallelLength , :Time , :CrossheadSeparationRate , :PercentageExtension;
:hasDescriptionCitationSource "General Knowledge"@de , "General Knowledge"@en , "DIN EN ISO 6892-1, 3.7.1"@de , "Authors"@en , "DIN EN ISO 6892-1, 3.7.1"@en;
:hasExampleData "0.001";
:hasLabelSource "DIN EN ISO 6892-1, 3.7.1"@de , "DIN EN ISO 6892-1, 3.7.1"@en , "AFZ1-Fz-S1Q.xlsx"@en , "General Knowledge"@de , "General Knowledge"@en;
:hasSymbol "eLe"@en;
:hasSymbolLatex "\\dot{e}_{L_e}"@en;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "1/s" , "s-1" .
:PunchVelocity
rdf:type owl:Class , skos:Concept;
rdfs:label "PunchVelocity"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Stempelgeschwindigkeit\" [DIN EN ISO 12004-2: 2021_07, 13]"@de , "\"punch velocity\" [DIN EN ISO 12004-2: 2021_07, 13]"@en;
skos:altlabel "v0"@en , "punch velocity"@en , "Stempelgeschwindigkeit"@de;
skos:preflabel "PunchVelocity"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 13"@en , "DIN EN ISO 12004-2: 2021_07, 13"@de;
:hasExampleData "1.5";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 13"@en , "DIN EN ISO 12004-2: 2021_07, 13"@de , "AFZ1-NZ50-25-D1Q"@en;
:hasSymbol "v_0"@en;
:hasSymbolLatex "v_0"@en;
:hasTypicalUnit qudtUnit:MilliM-PER-SEC;
:hasTypicalUnitLabel "mm/s" .
:hasTestPiecePreparation
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPiecePreparation";
rdfs:seeAlso :TestPiecePreparation , :hasTestPiecePreparation_Object .
:ExtensionAtFracture
rdf:type owl:Class , skos:Concept;
rdfs:label "ExtensionAtFracture"@en;
rdfs:seeAlso :OriginalCrosssection;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Displacement of the extensometer (!) length at fracture\" [Authors]"@en;
skos:altlabel "Bruchverlängerung"@de , "DLBruch"@de;
skos:preflabel "ExtensionAtFracture"@en;
skos:related :OriginalCrosssection;
:hasDescriptionCitationSource "Authors"@en;
:hasLabelSource "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@de , "YS1-FzR4-S1Q"@de;
:hasSymbolLatex "dLBruch"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm";
:isBasedOn :Extension .
:FlowStressExponent_a
rdf:type owl:Class;
rdfs:comment "DAMASK phenopower law parameter"@en .
:BrinellHardnessAverage
rdf:type skos:Concept , owl:Class;
rdfs:label "BrinellHardnessAverage"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Average Brinell Hardness"@en;
skos:altlabel "Average Brinell Hardness"@en;
skos:preflabel "BrinellHardnessAverage"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:hasShearLengthAfterFracture1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasShearLengthAfterFracture1"@en;
rdfs:range :ShearLengthAfterFracture1;
skos:preflabel "hasShearLengthAfterFracture1"@en .
:HCT980X
rdf:type owl:Class , skos:Concept;
rdfs:label "HCT980X"@en;
rdfs:seeAlso :DualPhaseSteel;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "1.0944"@de , "CR590Y980T-DP"@de , "HCT980X"@en;
skos:preflabel "HCT980X"@en;
skos:related :DualPhaseSteel;
:hasLabelSource "VDA 239-100"@de , "DIN EN 10346_2015"@en , "DIN EN 10346_2015"@de .
:hasNumberFailedIntegrationPoints_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasNumberFailedIntegrationPoints"@en;
rdfs:range :NumberFailedIntegrationPoints;
skos:preflabel "hasNumberFailedIntegrationPoints"@en .
:hasSheetThickness
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SheetThickness";
rdfs:seeAlso :SheetThickness , :hasSheetThickness_Object .
:hasFadingExponent_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFadingExponent"@en;
rdfs:range :FadingExponent;
skos:preflabel "hasFadingExponent"@en .
:ProjectName
rdf:type owl:Class , skos:Concept;
rdfs:comment "Name of the Project."@en;
rdfs:label "ProjectName"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Instabilität\" [Authors]"@en , "\"Name of the Project.\" [Authors]"@en;
skos:altlabel "Project"@en , "PROJECT_NAME"@en , "Project Name"@en , "Projekt"@de , "Project name"@en , "Projektname"@de;
skos:preflabel "ProjectName"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "Crashartig" , "Instabilität" , "PMD-Refrenzprozess" , "MATERIALDIGITAL";
:hasLabelSource "deepl translator"@en , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "AFZ1-ST-D1"@en , "AFZ-BU-S1.TXT"@de , "YS1-Fz-D1Q"@de , "AFZ1-Fz-S1Q.xlsx"@de , "YS1-Sz0°-S1L"@de , "AWA_1_01_Rz-46N171"@de .
:Temperature
rdf:type owl:Class .
:hasFormingLimitDiagram
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FormingLimitDiagram";
rdfs:seeAlso :FormingLimitDiagram , :hasFormingLimitDiagram_Object .
:hasRelativeStandardDeviationOfTheSlope_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has RelativeStandardDeviationOfTheSlope";
rdfs:seeAlso :RelativeStandardDeviationOfTheSlope , :hasRelativeStandardDeviationOfTheSlope_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:RadiusCurvature
rdf:type skos:Concept , owl:Class;
rdfs:label "RadiusCurvature"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Radius of the curvature in the dome.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Krümmungsradius des Kuppelpols.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Krümmungsradius"@de , "Radius of curvature"@en;
skos:preflabel "RadiusCurvature"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "ρ"@en;
:hasSymbolLatex "\\rho"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasLowerYieldStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLowerYieldStrength"@en;
rdfs:range :LowerYieldStrength;
skos:preflabel "hasLowerYieldStrength"@en .
:Diameter
rdf:type owl:Class , skos:Concept;
rdfs:comment "The initial diameter of the parallel length"@en;
rdfs:label "Diameter"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "The initial diameter of the parallel length"@en;
skos:altlabel "Probendurchmesser d0"@de , "Diameter"@en;
skos:preflabel "Diameter"@en;
skos:related :TestPieceGeometry;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasInnerDiameterBlankHolder_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InnerDiameterBlankHolder";
rdfs:seeAlso :InnerDiameterBlankHolder , :hasInnerDiameterBlankHolder_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasTrueStrain_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueStrain";
rdfs:seeAlso :TrueStrain , :hasTrueStrain_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasFrameRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FrameRate";
rdfs:seeAlso :FrameRate , :hasFrameRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:Precipitation
rdf:type owl:Class;
rdfs:label "Percipation"@en , "??"@de;
skos:altlabel "Ausscheidungshärtung"@de;
skos:preflabel "Percipation"@en , "??"@de .
:hasForceMeasuringDevice_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasForceMeasuringDevice"@en;
rdfs:range :ForceMeasuringDevice;
skos:preflabel "hasForceMeasuringDevice"@en .
:hasLatticeStructure_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLatticeStructure"@en;
rdfs:range :LatticeStructure;
skos:preflabel "hasLatticeStructure"@en .
:hasPoissonsRatio_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PoissonsRatio";
rdfs:seeAlso :PoissonsRatio , :hasPoissonsRatio_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:Microstructure
rdf:type owl:Class;
rdfs:label "Microstructure"@en , "Gefüge"@de;
skos:preflabel "Microstructure"@en , "Gefüge"@de .
:hasMatPiecewiseLinearPlasticity
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MatPiecewiseLinearPlasticity";
rdfs:seeAlso :MatPiecewiseLinearPlasticity , :hasMatPiecewiseLinearPlasticity_Object .
:MaterialsScience
rdf:type owl:Class .
:hasFailureStrainIdentifier4StrainRate_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureStrainIdentifier4StrainRate"@en;
rdfs:range :FailureStrainIdentifier4StrainRate;
skos:preflabel "hasFailureStrainIdentifier4StrainRate"@en .
:hasBiaxialStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BiaxialStress";
rdfs:seeAlso :BiaxialStress , :hasBiaxialStress_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasTime_SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Time";
rdfs:seeAlso :Time , :hasTime_Object;
:hasUnit qudtUnit:SEC;
:hasUnitLabel "s" .
rdf:type owl:Class .
:TrueStressAtFracture
rdf:type owl:Class , skos:Concept;
rdfs:label "TrueStressAtFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"true stress at fracture\" [Authors]"@en;
skos:altlabel "True stress at fracture"@en , "wahre Bruchspannung"@de;
skos:preflabel "TrueStressAtFracture"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "1526";
:hasLabelSource "YS1-Fz-D1Q"@de;
:hasSymbol "Sig_{w Bruch}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :ForceAtFracture , :MinimumCrosssectionAfterFracture .
:hasPercentagePermanentExtension_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentagePermanentExtension";
rdfs:seeAlso :PercentagePermanentExtension , :hasPercentagePermanentExtension_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:JobOutput
rdf:type owl:Class;
rdfs:comment "the output parameter for a pyiron job"@en;
rdfs:label "Pyiron job output"@en , "Job-Output-Parameter"@de;
skos:preflabel "Pyiron job output"@en , "Job-Output-Parameter"@de .
rdf:type owl:Class .
:hasTensileTestingMachine
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TensileTestingMachine";
rdfs:seeAlso :TensileTestingMachine , :hasTensileTestingMachine_Object .
:hasMeasuringRange_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMeasuringRange"@en;
rdfs:range :MeasuringRange;
skos:preflabel "hasMeasuringRange"@en .
:TaylorQuinneyCoefficient
rdf:type skos:Concept , owl:Class;
rdfs:label "TaylorQuinneyCoefficient"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Determines the fraction of plastic work converted into heat:\n<0…|BETA|->load curve for temperature dependend BETA\n>0…constant value is used"@en;
skos:altlabel "BETA"@en;
skos:preflabel "TaylorQuinneyCoefficient"@en;
:hasExampleData "0.8";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasFinalGaugeLengthAfterFracture_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FinalGaugeLengthAfterFracture";
rdfs:seeAlso :FinalGaugeLengthAfterFracture , :hasFinalGaugeLengthAfterFracture_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:BrinellHardnessStandardDeviation
rdf:type skos:Concept , owl:Class;
rdfs:label "BrinellHardnessStandardDeviation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Standard Deviation Brinell Hardness"@en;
skos:altlabel "Standard Deviation Brinell Hardness"@en;
skos:preflabel "BrinellHardnessStandardDeviation"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:workRollDiameter
rdf:type owl:Class;
rdfs:label "work roll diameter"@en , "Arbeitswalzendurchmesser"@de;
skos:preflabel "work roll diameter"@en , "Arbeitswalzendurchmesser"@de .
:hasEulerAngle2_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEulerAngle2"@en;
rdfs:range :EulerAngle2;
skos:preflabel "hasEulerAngle2"@en .
:MaterialClass
rdf:type skos:Concept , owl:Class;
rdfs:label "MaterialClass"@en;
rdfs:seeAlso :Steel;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Materialklasse"@de;
skos:preflabel "MaterialClass"@en;
skos:related :Steel;
:hasExampleData "Stahl";
:hasLabelSource "K-Item"@de .
:hasPreliminaryForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPreliminaryForce"@en;
rdfs:range :PreliminaryForce;
skos:preflabel "hasPreliminaryForce"@en .
:PercentageYieldPointExtension
rdf:type skos:Concept , owl:Class;
rdfs:label "PercentageYieldPointExtension"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\" Verlängerung (3.6) der Extensometer-Messlänge zwischen dem Beginn örtlichen Fließens und dem Einsetzen gleichmäßiger Verfestigung, angegeben in Prozent, bezogen auf die Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.3]"@de , "\"in discontinuous yielding materials, the extension between the start of yielding and the start of uniform work-hardening, expressed as a percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.6.3]"@en;
skos:altlabel "Streckgrenzen-Extensometer-Dehnung"@de , "percentage yield point extension"@en;
skos:preflabel "PercentageYieldPointExtension"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6.3"@en , "DIN EN ISO 6892-1, 3.6.3"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.6.3"@en , "DIN EN ISO 6892-1, 3.6.3"@de;
:hasSymbol "Ae"@en;
:hasSymbolLatex "A_e"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:Strip
rdf:type owl:Class;
rdfs:label "strip"@en , "Band"@de;
skos:preflabel "strip"@en , "Band"@de .
:hasMinorTrueStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMinorTrueStrain"@en;
rdfs:range :MinorTrueStrain;
skos:preflabel "hasMinorTrueStrain"@en .
:hasPoissonRatio_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasPoissonRatio"@en;
rdfs:range :PoissonRatio;
skos:preflabel "hasPoissonRatio"@en .
:environment
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "environment"@en;
skos:preflabel "environment"@en .
:EffecticStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "EffecticStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Effective strain data of the microstructure simulation caried out\" [General Knowledge]"@en , "\"Daten für die effektive Dehnung der durchgeführten Mikrostruktursimulation\" [General Knowledge]"@de;
skos:altlabel "Effektive Dehnung"@de , "Effective strain"@en;
skos:preflabel "EffecticStrain"@en;
:hasDescriptionCitationSource "General Knowledge"@de , "General Knowledge"@en;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" .
:hasParallelLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasParallelLength"@en;
rdfs:range :ParallelLength;
skos:preflabel "hasParallelLength"@en .
:hasInitialSheetThickness_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInitialSheetThickness"@en;
rdfs:range :InitialSheetThickness;
skos:preflabel "hasInitialSheetThickness"@en .
:hasThicknessAfterFracture1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasThicknessAfterFracture1"@en;
rdfs:range :ThicknessAfterFracture1;
skos:preflabel "hasThicknessAfterFracture1"@en .
:hasShearLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ShearLength";
rdfs:seeAlso :ShearLength , :hasShearLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:FailureTreatment
rdf:type skos:Concept , owl:Class;
rdfs:label "FailureTreatment"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Descibes the treatment of failure:\n<0…User defined failure subroutine, matusr_24 in dyn21.F\n=0…no failure is taken into account\n>0…constant failure strain"@en;
skos:altlabel "FAIL"@en;
skos:preflabel "FailureTreatment"@en;
:hasExampleData "1.17";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasGrid_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasGrid"@en;
rdfs:range :Grid;
skos:preflabel "hasGrid"@en .
:hasPercentageYieldPointExtension_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageYieldPointExtension";
rdfs:seeAlso :PercentageYieldPointExtension , :hasPercentageYieldPointExtension_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:SimulationCode
rdf:type owl:Class;
rdfs:label "Simulation Code"@en , "Simulations Code"@de;
rdfs:subClassOf :Code;
skos:altlabel "Simulation program"@en , "Simulationsprogramm"@de;
skos:preflabel "Simulation Code"@en , "Simulations Code"@de .
:hasAmplitudeFile_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasAmplitudeFile"@en;
rdfs:range :AmplitudeFile;
skos:preflabel "hasAmplitudeFile"@en .
:hasExtension_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Extension";
rdfs:seeAlso :Extension , :hasExtension_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasTestPieceIdentifier
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceIdentifier";
rdfs:seeAlso :TestPieceIdentifier , :hasTestPieceIdentifier_Object .
:draught
rdf:type owl:Class;
rdfs:label "draught"@en , "Höhenabnahme pro Stich"@de;
skos:altlabel "height reduction"@en , "Stichabnahme"@de;
skos:preflabel "draught"@en , "Höhenabnahme pro Stich"@de .
:hasPercentageElongationAfterFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageElongationAfterFracture"@en;
rdfs:range :PercentageElongationAfterFracture;
skos:preflabel "hasPercentageElongationAfterFracture"@en .
:hasWidthAfterFracture2_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has WidthAfterFracture2";
rdfs:seeAlso :WidthAfterFracture2 , :hasWidthAfterFracture2_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:TestPieceComposition
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPieceComposition"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Test Piece Composition"@en;
skos:altlabel "Test Piece Composition"@en;
skos:preflabel "TestPieceComposition"@en .
:hasStrainRateFormulationFlag_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasStrainRateFormulationFlag"@en;
rdfs:range :StrainRateFormulationFlag;
skos:preflabel "hasStrainRateFormulationFlag"@en .
:hasReferenceElementSize_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ReferenceElementSize";
rdfs:seeAlso :ReferenceElementSize , :hasReferenceElementSize_Object;
:hasUnit ;
:hasUnitLabel "mm" .
:hasPunchDisplacement_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PunchDisplacement";
rdfs:seeAlso :PunchDisplacement , :hasPunchDisplacement_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasPercentageElongation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentageElongation"@en;
rdfs:range :PercentageElongation;
skos:preflabel "hasPercentageElongation"@en .
:hasSteel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSteel"@en;
rdfs:range :Steel;
skos:preflabel "hasSteel"@en .
:ShearLengthAfterFracture2
rdf:type owl:Class , skos:Concept;
rdfs:label "ShearLengthAfterFracture2"@en;
rdfs:seeAlso :ShearLengthAfterFracture1;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probenbreite B2 nach Bruch"@de;
skos:preflabel "ShearLengthAfterFracture2"@en;
skos:related :ShearLengthAfterFracture1;
:hasLabelSource "YS1-Sz0°-S1L"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:Ductility
rdf:type owl:Class;
rdfs:label "ductility"@en , "Duktilität"@de;
skos:preflabel "ductility"@en , "Duktilität"@de .
:hasEstimatedStrainRateOverTheParallelLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEstimatedStrainRateOverTheParallelLength"@en;
rdfs:range :EstimatedStrainRateOverTheParallelLength;
skos:preflabel "hasEstimatedStrainRateOverTheParallelLength"@en .
:HardeningParameterTau1
rdf:type owl:Class , skos:Concept;
rdfs:label "HardeningParameterTau1"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird\" [General Knowledge]"@de , "\"Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model\" [General Knowledge]"@en;
skos:altlabel "Hardening parameter tau1"@en , "Verfestigungsparameter tau1"@de;
skos:preflabel "HardeningParameterTau1"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbolLatex "\\tau_1"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasTruePlasticStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTruePlasticStrain"@en;
rdfs:range :TruePlasticStrain;
skos:preflabel "hasTruePlasticStrain"@en .
:hasTestPieceLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceLength"@en;
rdfs:range :TestPieceLength;
skos:preflabel "hasTestPieceLength"@en .
:hasDynamometerArea_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDynamometerArea"@en;
rdfs:range :DynamometerArea;
skos:preflabel "hasDynamometerArea"@en .
:hasComposition_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasComposition"@en;
rdfs:range :Composition;
skos:preflabel "hasComposition"@en .
:CodeFileRessource
rdf:type owl:Class;
rdfs:comment "file input or output of a job"@en;
rdfs:label "File"@en , "Datei"@de;
rdfs:subClassOf :CodeRessource;
skos:preflabel "File"@en , "Datei"@de .
:ModulusOfElasticity
rdf:type owl:Class , skos:Concept;
rdfs:label "ModulusOfElasticity"@en;
rdfs:seeAlso :EngineeringStress , :PercentageExtension;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Elastizitätsmodul\" [Authors]"@de , "\"Quotient der Änderung der Spannung ΔR und Änderung der prozentualen Dehnung Δe in dem untersuchten Bereich multipliziert mit 100 %\" [DIN EN ISO 6892-1, 3.13]"@de , "\"quotient of change of stress ΔR and change of percentage extension Δe in the range of evaluation, multiplied by 100 %\" [DIN EN ISO 6892-1, 3.13]"@en , "\"Modulus of elasticity\" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "E"@en , "modulus of elasticity"@en , "E-Modul"@de , "Elastizitätsmodul"@de;
skos:preflabel "ModulusOfElasticity"@en;
skos:related :PercentageExtension , :EngineeringStress;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.13"@en , "DIN EN ISO 6892-1, 3.13"@de , "ISO 26203-2, 2011, 4"@en , "Authors"@en , "Authors"@de;
:hasExampleData "187170" , "210000";
:hasLabelSource "DIN EN ISO 6892-1, 3.13"@en , "DIN EN ISO 6892-1, 3.13"@de , "AFZ1-Fz-S1Q.xlsx"@en , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "E"@en;
:hasSymbolLatex "E"@en;
:hasTypicalUnit qudtUnit:MegaPA , qudtUnit:GigaPA;
:hasTypicalUnitLabel "MPa" , "GPa" .
:hasHardeningLaw_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHardeningLaw"@en;
rdfs:range :HardeningLaw;
skos:preflabel "hasHardeningLaw"@en .
:hasLocation
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Location";
rdfs:seeAlso :Location , :hasLocation_Object .
:hasMaximumSpeed_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaximumSpeed"@en;
rdfs:range :MaximumSpeed;
skos:preflabel "hasMaximumSpeed"@en .
:ExtensionMeasuringSystem
rdf:type owl:Class , skos:Concept;
rdfs:label "ExtensionMeasuringSystem"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Measuring system for measurement of extension in the area of the gauge length\" [Authors]"@en;
skos:altlabel "Extension measurement system"@en , "Dehnung"@de;
skos:preflabel "ExtensionMeasuringSystem"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "HG-Kamera \"Photron\" Cam. 1";
:hasLabelSource "YS1-Fz-D1Q"@de .
:hasOriginalThickness_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has OriginalThickness";
rdfs:seeAlso :OriginalThickness , :hasOriginalThickness_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:EulerAngle2
rdf:type skos:Concept , owl:Class;
rdfs:label "EulerAngle2"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Einer von drei Winkel, die nach dem Schweizer Mathematiker Leonhard Euler benannt wurden und einen Satz von drei Winkeln darstellen, mit denen die Orientierung (Drehlage) eines festen Körpers im dreidimensionalen euklidischen Raum beschrieben werden kann.\" [General Knowledge]"@de , "\"One of three euler angles that are introduced by Leonhard Euler to describe the orientation of a rigid body with respect to a fixed coordinate system\" [General Knowledge]"@en;
skos:altlabel "Second euler angle"@en , "Zweiter Euler Winkel"@de;
skos:preflabel "EulerAngle2"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "φ"@en;
:hasSymbolLatex "\\phi"@en .
:hasYieldStress_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasYieldStress"@en;
rdfs:range :YieldStress;
skos:preflabel "hasYieldStress"@en .
:PercentageElongation
rdf:type skos:Concept , owl:Class;
rdfs:label "PercentageElongation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Verlängerung (3.3), angegeben in Prozent, bezogen auf die Anfangsmesslänge (3.1.1)\" [DIN EN ISO 6892-1, 3.4]"@de , "\"elongation expressed as a percentage of the original gauge length\" [DIN EN ISO 6892-1, 3.4]"@en;
skos:altlabel "percentage elongation"@en , "Dehnung"@de;
skos:preflabel "PercentageElongation"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.4"@en , "DIN EN ISO 6892-1, 3.4"@de;
:hasExampleData "-3.93633e-05";
:hasLabelSource "DIN EN ISO 6892-1, 3.4"@en , "DIN EN ISO 6892-1, 3.4"@de , "DX56_D_FZ2_WR00_43.TXT"@de;
:hasTypicalUnit qudtUnit:MilliM , qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" , "mm" .
:HardeningCurve
rdf:type skos:Concept , owl:Class;
rdfs:label "HardeningCurve"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Tabellarische Darstellung des Verfestigungsgesetzes auf der Gleiteebene in Form von Spannungs-Dehnungs-Daten \" [General Knowledge]"@de , "\"Tabular stress and strain data of the hardening law on the slip plane\" [General Knowledge]"@en;
skos:altlabel "Verfestigungskurve"@de , "Hardening curve"@en;
skos:preflabel "HardeningCurve"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:PreliminaryForce
rdf:type skos:Concept , owl:Class;
rdfs:label "PreliminaryForce"@en;
rdfs:seeAlso :ForceMeasuringDevice;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"In order to ensure the alignment of the test piece and grip arrangement, a preliminary force may be applied provided it does not exceed a value corresponding to 5 % of the specified or expected yield strength\" [DIN EN ISO 6892-1, 10.2]"@en , "\"Vorkraft\" in DIN EN ISO 6892-1"@en , "\"Um ein Ausrichten der Probe in der Einspannvorrichtung zu erreichen, darf eine Vorkraft aufgebracht werden, die 5 % des spezifizierten oder zu erwartenden Streckgrenzenwertes nicht überschreitet\" [DIN EN ISO 6892-1, 10.2]"@de , "\"\"Vorkraft\" in DIN EN ISO 6892-1\" [Authors]"@en;
skos:altlabel "preliminary force"@en , "Vorkraft"@de , "Vorlast"@de;
skos:preflabel "PreliminaryForce"@en;
skos:related :ForceMeasuringDevice;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 10.2"@de , "DIN EN ISO 6892-1, 10.2"@en , "Authors"@en;
:hasExampleData "2" , "0.105";
:hasLabelSource "DIN EN ISO 6892-1, 10.2"@en , "DIN EN ISO 6892-1, 10.2"@de , "YS1-FzR4-S1Q"@de , "YS1-Sz0°-S1L"@de , "DX56_D_FZ2_WR00_43.TXT"@de;
:hasTypicalUnit qudtUnit:KiloN , qudtUnit:MegaPA;
:hasTypicalUnitLabel "kN" , "MPa" .
:hasTrueTotalStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueTotalStrain"@en;
rdfs:range :TrueTotalStrain;
skos:preflabel "hasTrueTotalStrain"@en .
:hasTrueFractureStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueFractureStrain"@en;
rdfs:range :TrueFractureStrain;
skos:preflabel "hasTrueFractureStrain"@en .
:hasCoefficientOfCorrelation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCoefficientOfCorrelation"@en;
rdfs:range :CoefficientOfCorrelation;
skos:preflabel "hasCoefficientOfCorrelation"@en .
:DuctileFailure
rdf:type owl:Class;
rdfs:label "ductile failure"@en , "duktiles Versagen"@de;
skos:preflabel "ductile failure"@en , "duktiles Versagen"@de .
:SampleCode
rdf:type owl:Class , skos:Concept;
rdfs:label "SampleCode"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"QR-Code from Label System\" [Authors]"@en;
skos:altlabel "QR-Code"@de , "Label ID"@en , "QR-Code from Label System"@en;
skos:preflabel "SampleCode"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en .
:ReferenceJob
rdf:type owl:Class;
rdfs:comment "a Pyiron job for ..."@en;
rdfs:label "Reference Job"@en;
rdfs:subClassOf :PyironJob;
skos:preflabel "Reference Job"@en .
:DualPhaseSteel
rdf:type owl:Class , skos:Concept;
rdfs:label "DualPhaseSteel"@en;
rdfs:seeAlso :Grade;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Stahl mit einem ferritischen und martensitischen Grundgefüge und möglicherweise mit Bainit als Zweitphase\" [DIN EN 10346_2015]"@de;
skos:altlabel "Dualphasenstahl"@de;
skos:preflabel "DualPhaseSteel"@en;
skos:related :Grade;
:hasDescriptionCitationSource "DIN EN 10346_2015"@de;
:hasExampleData "HCT980X";
:hasLabelSource "DIN EN 10346_2015"@de .
:Abaqus
rdf:type owl:Class;
rdfs:comment "Simulation Software named Abaqus"@en;
rdfs:label "Abaqus"@en , "Abaqus"@de;
rdfs:subClassOf :Solver;
skos:preflabel "Abaqus"@en , "Abaqus"@de .
:TrueFractureStress
rdf:type owl:Class , skos:Concept;
rdfs:label "TrueFractureStress"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Sigma True Frac"@en;
skos:preflabel "TrueFractureStress"@en;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :TrueStress .
:hasInput
rdf:type owl:ObjectProperty;
rdfs:domain :Code;
rdfs:label "has input"@en;
rdfs:range :CodeRessource;
dc:description "input ressource for a Code"@en;
skos:preflabel "has input"@en .
:hasHardeningParameterTheta1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHardeningParameterTheta1"@en;
rdfs:range :HardeningParameterTheta1;
skos:preflabel "hasHardeningParameterTheta1"@en .
:hasGrainNumber
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has GrainNumber";
rdfs:seeAlso :GrainNumber , :hasGrainNumber_Object .
:BoundaryFile
rdf:type owl:Class , skos:Concept;
rdfs:label "BoundaryFile"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"File containing information regarding the boundaries used for micorstructure simulation\" [General Knowledge]"@en , "\"Datei mit Informationen zu den verwendeten Randbedingungen für die Mikrostruktursimulation\" [General Knowledge]"@de;
skos:altlabel "Boundary file"@en , "Bounadry-Datei"@de;
skos:preflabel "BoundaryFile"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:GridSize
rdf:type owl:Class , skos:Concept;
rdfs:label "GridSize"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Rastergröße\" [DIN EN ISO 12004-2: 2021_07, 12]"@de;
skos:altlabel "grid size"@en , "Rastergröße"@de;
skos:preflabel "GridSize"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 12"@de , "DIN EN ISO 12004-2: 2021_07, 12"@en;
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en , "DIN EN ISO 12004-2: 2021_07, 12"@en , "DIN EN ISO 12004-2: 2021_07, 12"@de;
:hasSymbol "L_0"@en;
:hasSymbolLatex "L_0"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:UnusualResult
rdf:type owl:Class;
rdfs:comment "Exeriment result that differs from a given simulation result, or the other way round."@en;
rdfs:label "Unusual result"@en , "Ungewöhnliches Ergebnis"@de;
skos:altlabel "Unerwarteter Ausgang"@de;
skos:preflabel "Unusual result"@en , "Ungewöhnliches Ergebnis"@de .
:hasModulusOfElasticity_GigaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ModulusOfElasticity";
rdfs:seeAlso :ModulusOfElasticity , :hasModulusOfElasticity_Object;
:hasUnit qudtUnit:GigaPA;
:hasUnitLabel "GPa" .
:hasIndentationDiameterVertical_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasIndentationDiameterVertical"@en;
rdfs:range :IndentationDiameterVertical;
skos:preflabel "hasIndentationDiameterVertical"@en .
:hasPercentageElongation_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageElongation";
rdfs:seeAlso :PercentageElongation , :hasPercentageElongation_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasUpperYieldStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasUpperYieldStrength"@en;
rdfs:range :UpperYieldStrength;
skos:preflabel "hasUpperYieldStrength"@en .
:DX56D
rdf:type owl:Class , skos:Concept;
rdfs:label "DX56D"@en;
rdfs:seeAlso :MildSteel;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "DX56D"@en , "1.0963000000000001"@de , "CR4"@de;
skos:preflabel "DX56D"@en;
skos:related :MildSteel;
:hasLabelSource "VDA 239-100"@de , "DIN EN 10346_2015"@en , "DIN EN 10346_2015"@de .
:hasSampleInfos_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSampleInfos"@en;
rdfs:range :SampleInfos;
skos:preflabel "hasSampleInfos"@en .
:hasLaboratory_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLaboratory"@en;
rdfs:range :Laboratory;
skos:preflabel "hasLaboratory"@en .
:StrainRateScaleParameterP
rdf:type skos:Concept , owl:Class;
rdfs:label "StrainRateScaleParameterP"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Parameter P for strain rate approach for using the Cowper and Symonds model which scales the yield stress with the factor: 1+(epsDot/C)^(1/P)"@en;
skos:altlabel "P"@en;
skos:preflabel "StrainRateScaleParameterP"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:AnisotropicYieldFunction
rdf:type owl:Class , skos:Concept;
rdfs:label "AnisotropicYieldFunction"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Anisotropic yield model used for the parameter identification\" [General Knowledge]"@en , "\"Anisotropes Fließortmodell, das für die Bestimmung der Parameter verwendet wurde\" [General Knowledge]"@de;
skos:altlabel "Anisotropic yield function"@en , "Anisotropes Fließortmodell"@de;
skos:preflabel "AnisotropicYieldFunction"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:Standard
rdf:type owl:Class;
rdfs:comment "Standard as described by ISO / DIN / etc"@en;
rdfs:label "Standard"@en , "Norm"@de;
skos:preflabel "Standard"@en , "Norm"@de .
:hasTestPieceThickness
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceThickness";
rdfs:seeAlso :TestPieceThickness , :hasTestPieceThickness_Object .
:hasNumberOfVirtualExperiments_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasNumberOfVirtualExperiments"@en;
rdfs:range :NumberOfVirtualExperiments;
skos:preflabel "hasNumberOfVirtualExperiments"@en .
:BulgeTest
rdf:type owl:Class;
rdfs:label "bulge test"@en , "Bulgeversuch"@de;
skos:preflabel "bulge test"@en , "Bulgeversuch"@de .
:hasTrueWidthStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueWidthStrain"@en;
rdfs:range :TrueWidthStrain;
skos:preflabel "hasTrueWidthStrain"@en .
:hasInitialThickness_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInitialThickness"@en;
rdfs:range :InitialThickness;
skos:preflabel "hasInitialThickness"@en .
:TrueTotalStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "TrueTotalStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"true total strain \" [ISO 26203-2, 2011, 4]"@en , "\"gesamte wahre Dehnung\" [Authors]"@de;
skos:altlabel "true total strain "@en , "gesamte wahre Dehnung"@de;
skos:preflabel "TrueTotalStrain"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "Standard definition specific"@de;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" .
:ProjectNumber
rdf:type skos:Concept , owl:Class;
rdfs:comment "Project identification number."@en;
rdfs:label "ProjectNumber"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Project identification number.\" [Authors]"@en;
skos:altlabel "Projektnummer"@de , "Project No."@en , "PROJECT_ID"@en , "Project number"@en;
skos:preflabel "ProjectNumber"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "324116" , "100137" , "40-05452" , "100056";
:hasLabelSource "AFZ1-ST-D1"@en , "YS1-Fz-D1Q"@de , "AFZ-BU-S1.TXT"@de , "YS1-FzR4-S1Q"@en , "AFZ1-NZ50-25-D1Q"@en , "AFZ1-NZ50-25-D1Q"@de , "AWA_1_01_Rz-46N171"@de , "deepl translator"@en .
:MaterialsModeling
rdf:type owl:Class .
:hasMicrostructureModel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMicrostructureModel"@en;
rdfs:range :MicrostructureModel;
skos:preflabel "hasMicrostructureModel"@en .
:hasDamageExponent_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasDamageExponent"@en;
rdfs:range :DamageExponent;
skos:preflabel "hasDamageExponent"@en .
:Coating
rdf:type owl:Class;
rdfs:comment "Thing that you put on the surface of a specimen that influences the surface behaviour"@en;
rdfs:label "Coating"@en , "Beschichtung"@de;
skos:preflabel "Coating"@en , "Beschichtung"@de .
:TangentYieldModulus
rdf:type skos:Concept , owl:Class;
rdfs:label "TangentYieldModulus"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Slope of linear hardening, if noidentifier for hardening curve (LCSS>0) is prescibed"@en;
skos:altlabel "ETAN"@en;
skos:preflabel "TangentYieldModulus"@en;
:hasExampleData "13000";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "MPa" .
:hasDisplacementTransducer_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDisplacementTransducer"@en;
rdfs:range :DisplacementTransducer;
skos:preflabel "hasDisplacementTransducer"@en .
:hasPlasticityModel_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasPlasticityModel"@en;
rdfs:range :PlasticityModel;
skos:preflabel "hasPlasticityModel"@en .
:Benchmark
rdf:type owl:Class;
rdfs:label "Benchmark"@en , "Messlatte"@de;
skos:altlabel "Richtwert"@de , " Maßstab"@de , " Bezugspunkt"@de;
skos:preflabel "Benchmark"@en , "Messlatte"@de .
:workflowSteps
rdf:type owl:DatatypeProperty;
rdfs:domain :Workflow;
rdfs:label "steps"@en;
dc:description "operations on data, can be other workflows, has pervious and following step"@en;
skos:preflabel "steps"@en .
:hasBoundaryFile
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BoundaryFile";
rdfs:seeAlso :BoundaryFile , :hasBoundaryFile_Object .
:FractureStress
rdf:type owl:Class;
rdfs:label "Fracture Stress"@en , "Bruchspannung"@de;
skos:preflabel "Fracture Stress"@en , "Bruchspannung"@de .
:hasDataSamplingFrequency
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DataSamplingFrequency";
rdfs:seeAlso :DataSamplingFrequency , :hasDataSamplingFrequency_Object .
:hasPoissonRatio_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PoissonRatio";
rdfs:seeAlso :PoissonRatio , :hasPoissonRatio_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasTestTime_SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestTime";
rdfs:seeAlso :TestTime , :hasTestTime_Object;
:hasUnit qudtUnit:SEC;
:hasUnitLabel "s" .
:PercentagePermanentExtension
rdf:type skos:Concept , owl:Class;
rdfs:label "PercentagePermanentExtension"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Vergrößerung der Extensometer-Messlänge nach Entfernen einer festgelegten, auf die Probe aufgebrachten Zugspannung , angegeben in Prozent, bezogen auf die Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.2]"@de , "\"plastic engineering strain\" [Authors]"@en , "\"increase in the extensometer gauge length, after removal of a specified stress from the test piece, expressed as a percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.6.2]"@en;
skos:altlabel "bleibende Extensometer-Dehnung"@de , "percentage permanent extension"@en , "e-plast"@de;
skos:preflabel "PercentagePermanentExtension"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6.2"@en , "DIN EN ISO 6892-1, 3.6.2"@de , "Authors"@en;
:hasExampleData "0.001";
:hasLabelSource "AFZ1-Fz-S1Q.xlm"@de , "DIN EN ISO 6892-1, 3.6.2"@en , "DIN EN ISO 6892-1, 3.6.2"@de;
:hasSymbol "eps-plast"@en;
:hasSymbolLatex "eps-plast"@en;
:hasTypicalUnit qudtUnit:PERCENT , qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" , "%";
:isBasedOn :ExtensometerGaugeLength , :Extension , :ModulusOfElasticity .
:hasTestingDirection
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestingDirection";
rdfs:seeAlso :TestingDirection , :hasTestingDirection_Object .
:OriginalCrossSection
rdf:type skos:Concept , owl:Class;
rdfs:label "OriginalCrossSection"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"original cross-sectional area of the parallel length\" [ISO 26203-2, 2011, 4]"@en , "\"Anfangsquerschnitt innerhalb der parallelen Länge\" [DIN EN ISO 6892-1, Tabelle 1]"@de , "\"original cross-sectional area of the parallel length\" [DIN EN ISO 6892-1, Table 1]"@en , "\"original crosssection area of the parallel length\" [Authors]"@en;
skos:altlabel "Anfangsquerschnitt"@de , "original cross-sectional area"@en , "S0"@en;
skos:preflabel "OriginalCrossSection"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, Table 1"@en , "DIN EN ISO 6892-1, Tabelle 1"@de , "Authors"@en , "ISO 26203-2, 2011, 4"@en;
:hasExampleData "14.98";
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "DIN EN ISO 6892-1, Table 1"@en , "AFZ1-Fz-S1Q.xlsx"@en , "DIN EN ISO 6892-1, Tabelle 1"@de;
:hasSymbol "So"@en , "S0"@en;
:hasSymbolLatex "S_{0}"@en , "S_{o}"@en;
:hasTypicalUnit qudtUnit:MilliM2;
:hasTypicalUnitLabel "mm2";
:isBasedOn :OriginalThickness , :OriginalWidth , :Diameter .
:hasYieldStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has YieldStrength";
rdfs:seeAlso :YieldStrength , :hasYieldStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:Lsdyna
rdf:type owl:Class;
rdfs:comment "Simulation Software named LSDyna"@en;
rdfs:label "LSDyna"@en , "LSDyna"@de;
rdfs:subClassOf :Solver;
skos:preflabel "LSDyna"@en , "LSDyna"@de .
:hasProofStrengthTotalExtension_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ProofStrengthTotalExtension";
rdfs:seeAlso :ProofStrengthTotalExtension , :hasProofStrengthTotalExtension_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:YoungsModulus
rdf:type skos:Concept , owl:Class;
rdfs:comment "Modulus of elasticity"@en;
rdfs:label "YoungsModulus"@en , "Young's modulus"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Linear Elastic Modulus to determine the linear elasticity"@en;
skos:altlabel "E"@en;
skos:preflabel "YoungsModulus"@en , "Young's modulus"@en;
:hasExampleData "210000";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "MPa" .
:OriginalCrosssection
rdf:type owl:Class , skos:Concept;
rdfs:label "OriginalCrosssection"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"original crosssection area of the parallel length\" [Authors]"@en , "\"original cross-sectional area of the parallel length\" [Authors]"@en;
skos:altlabel "Anfangsquerschnitt S0"@de , "S0"@en , "S0"@de , "Anfangsquerschnitt So"@de , "Original cross section"@en;
skos:preflabel "OriginalCrosssection"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "15.05" , "14.98";
:hasLabelSource "YS1-Fz-D1Q"@de , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "YS1-Sz0°-S1L"@de;
:hasSymbol "S_{0}"@en , "S0"@en;
:hasSymbolLatex "S_{0}"@en;
:hasTypicalUnit qudtUnit:MilliM2;
:hasTypicalUnitLabel "mm2";
:isBasedOn :OriginalWidth , :OriginalThickness , :ShearLength , :Diameter .
:FailureCriteriaTypeAdd4StrainAverage
rdf:type owl:Class , skos:Concept;
rdfs:label "FailureCriteriaTypeAdd4StrainAverage"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Number of time steps for running average of plastic failure strain in the additional failure criterion"@en;
skos:altlabel "NUMAVG"@en;
skos:preflabel "FailureCriteriaTypeAdd4StrainAverage"@en;
:hasExampleData "7";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasTrueStress_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueStress"@en;
rdfs:range :TrueStress;
skos:preflabel "hasTrueStress"@en .
:OriginalThickness
rdf:type skos:Concept , owl:Class;
rdfs:comment "Original width of the parallel length of a flat test piece"@en;
rdfs:label "OriginalThickness"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Original width of the parallel length of a flat test piece\" [Authors]"@en , "\"(Anfangs-)Dicke einer Flachprobe oder Wanddicke eines Rohres\" [DIN EN ISO 6892-1, Tabelle 1]"@de , "\"The initial thickness of the specimen.\" [Authors]"@en , "\"original thickness of a flat test piece or wall thickness of a tube\" [DIN EN ISO 6892-1, Table 1]"@en , "\"The thickness of the specimen.\" [Authors]"@en;
skos:altlabel "original thickness"@en , "Probendicke a0"@de , "Probendicke a"@de , "Original thickness"@en , "Probendicke"@de , "Thickness"@en;
skos:preflabel "OriginalThickness"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en , "Authors"@en;
:hasExampleData "1490" , "1.5" , "1.55" , "1499";
:hasLabelSource "DIN EN ISO 6892-1, Table 1"@en , "AFZ1-Fz-S1Q.xlsx"@de , "DX56_D_FZ2_WR00_43.TXT"@de , "YS1-Sz0°-S1L"@de , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "AFZ1-ST-D1"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "ao"@en , "a_{0}"@en;
:hasSymbolLatex "a_o"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasSpecificPlasticWork_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSpecificPlasticWork"@en;
rdfs:range :SpecificPlasticWork;
skos:preflabel "hasSpecificPlasticWork"@en .
:Identifier
rdf:type skos:Concept , owl:Class;
rdfs:label "Identifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "ID"@en;
skos:altlabel "ID"@en;
skos:preflabel "Identifier"@en .
:SlopeElasticPartStressStrainCurve
rdf:type skos:Concept , owl:Class;
rdfs:label "SlopeElasticPartStressStrainCurve"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"die Steigung des elastischen Teils der Spannungs-Dehnungs Kurve: die Steigung des elastischen Teils der Spannungs-Dehnungs-Kurve kann sehr nah mit dem Wert für das Elastizitätsmodul übereinstimmen, wenn optimale Bedingunge vorliegen (hohe Auflösung, doppelseitige Mittelung ders Extensometers, genaue Probenausrichtung, etc.)\" [Authors]"@de , "\"Slope of the elastic pasrt of the stress-strain curve: in the elastic pasrt of the stress-strain curve the value of the slope can closely agree with the value of the modulus of elasticity if optimal conditions are used (high resolution, double-sided averaging extensometers, proper alignment of the test piece, etc.)\" [ISO 26203-2, 2011, 5]"@en;
skos:altlabel "Steigung des elastischen Teils der Spannungs-Dehnungs-Kurve"@de , "slope of the elastic part of the stress-strain curve"@en;
skos:preflabel "SlopeElasticPartStressStrainCurve"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 5"@en , "Authors"@de;
:hasLabelSource "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "mE"@en;
:hasSymbolLatex "m_{E}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:InitialSheetThickness
rdf:type owl:Class , skos:Concept;
rdfs:label "InitialSheetThickness"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Ausgangsblechdicke\" [DIN EN ISO 12004-2: 2021_07, 9]"@de;
skos:altlabel "Ausgangsblechdicke"@de , "Thickness"@en;
skos:preflabel "InitialSheetThickness"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 9"@de , "DIN EN ISO 12004-2: 2021_07, 9"@en;
:hasExampleData "1,5";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 8"@en , "DIN EN ISO 12004-2: 2021_07, 9"@de , "AFZ1-NZ50-25-D1Q"@en;
:hasSymbol "t_0"@en;
:hasSymbolLatex "t_0"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasTestPieceComposition
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceComposition";
rdfs:seeAlso :TestPieceComposition , :hasTestPieceComposition_Object .
:ResultsFile
rdf:type owl:Class , skos:Concept;
rdfs:label "ResultsFile"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"File containing the results of a single virtual experiment\" [General Knowledge]"@en , "\"Datei, die die Ergebnisse eines virtuellen Versuchs beinhaltet.\" [General Knowledge]"@de;
skos:altlabel "Results file"@en , "Ergebnis-Datei"@de;
skos:preflabel "ResultsFile"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:PunchDiameter
rdf:type owl:Class , skos:Concept;
rdfs:label "PunchDiameter"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Stempeldurchmesser \" [DIN EN ISO 12004-2: 2021_07, 8]"@de;
skos:altlabel "Stempeldurchmesser"@de , "punch diameter"@en;
skos:preflabel "PunchDiameter"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 8"@de , "DIN EN ISO 12004-2: 2021_07, 8"@en;
:hasExampleData "100";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 8"@en , "DIN EN ISO 12004-2: 2021_07, 8"@de;
:hasSymbol "D"@en;
:hasSymbolLatex "D"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm";
:isBasedOn :TestStandard .
:PercentageTotalExtensionAtFracture
rdf:type owl:Class , skos:Concept;
rdfs:label "PercentageTotalExtensionAtFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"total extension (elastic extension plus plastic extension) at the moment of fracture, expressed as a percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.6.6]"@en , "\"gesamte Verlängerung (elastische plus plastische Verlängerung) der Extensometer-Messlänge beim Bruch, angegeben in Prozent, bezogen auf die Extensometer-Messlänge\" [DIN EN ISO 6892-1, 3.6.6]"@de;
skos:altlabel "gesamte Extensometer-Dehnung beim Bruch"@de , "percentage total extension at fracture"@en;
skos:preflabel "PercentageTotalExtensionAtFracture"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6.6"@en , "DIN EN ISO 6892-1, 3.6.6"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.6.6"@en , "DIN EN ISO 6892-1, 3.6.6"@de;
:hasSymbol "At"@en;
:hasSymbolLatex "A_t"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:JobInput
rdf:type owl:Class;
rdfs:comment "the input parameter for a pyiron job"@en;
rdfs:label "Pyiron job input"@en , "Job-Input-Parameter"@de;
rdfs:seeAlso :PyironJob;
rdfs:subClassOf :CodeRessource;
skos:preflabel "Pyiron job input"@en , "Job-Input-Parameter"@de;
skos:related :PyironJob .
:hasIndenterIdentifier
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has IndenterIdentifier";
rdfs:seeAlso :IndenterIdentifier , :hasIndenterIdentifier_Object .
:hasWork_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasWork"@en;
rdfs:range :Work;
skos:preflabel "hasWork"@en .
:hasRepetition_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Repetition";
rdfs:seeAlso :Repetition , :hasRepetition_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasInitialHardening_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasInitialHardening"@en;
rdfs:range :InitialHardening;
skos:preflabel "hasInitialHardening"@en .
:hasTrueWidthStrain_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueWidthStrain";
rdfs:seeAlso :TrueWidthStrain , :hasTrueWidthStrain_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:Furnace
rdf:type owl:Class .
:hasTruePlasticStrainAtFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTruePlasticStrainAtFracture"@en;
rdfs:range :TruePlasticStrainAtFracture;
skos:preflabel "hasTruePlasticStrainAtFracture"@en .
:hasCalibrationComponents_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCalibrationComponents"@en;
rdfs:range :CalibrationComponents;
skos:preflabel "hasCalibrationComponents"@en .
:hasBiaxialStress_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBiaxialStress"@en;
rdfs:range :BiaxialStress;
skos:preflabel "hasBiaxialStress"@en .
:hasEbsdFileName_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEbsdFileName"@en;
rdfs:range :EbsdFileName;
skos:preflabel "hasEbsdFileName"@en .
:hasTransitionRadius_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TransitionRadius";
rdfs:seeAlso :TransitionRadius , :hasTransitionRadius_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasInnerDiameterBlankHolder_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasInnerDiameterBlankHolder"@en;
rdfs:range :InnerDiameterBlankHolder;
skos:preflabel "hasInnerDiameterBlankHolder"@en .
:SampleIdentifier-2
rdf:type owl:Class , skos:Concept;
rdfs:label "SampleIdentifier-2"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Unique ID (IWM intern)\" [Authors]"@en;
skos:altlabel "Sample identifier 2"@en , "Probenkennung 2"@de;
skos:preflabel "SampleIdentifier-2"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "DX56_D_FZ2_WR00_43";
:hasLabelSource "deepl translator"@en , "DX56_D_FZ2_WR00_43.TXT"@de .
:CrashTest
rdf:type owl:Class;
rdfs:label "Crash Test"@en , "Crash Test"@de;
skos:preflabel "Crash Test"@en , "Crash Test"@de .
:hasOriginalCrosssection_MilliM2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has OriginalCrosssection";
rdfs:seeAlso :OriginalCrosssection , :hasOriginalCrosssection_Object;
:hasUnit qudtUnit:MilliM2;
:hasUnitLabel "mm2" .
:EngineeringStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "EngineeringStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"time dependent engineering strain \" [ISO 26203-2, 2011, 4]"@en , "\"zeitabhängige technische Dehnung\" [Authors]"@de;
skos:altlabel "engineering strain "@en , "technische Dehnung"@de;
skos:preflabel "EngineeringStrain"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasLabelSource "Standard definition specific"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "e"@en;
:hasSymbolLatex "e"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:DisplacementTransducer
rdf:type skos:Concept , owl:Class;
rdfs:comment "Type of the displacement transducer."@en;
rdfs:label "DisplacementTransducer"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Type of the displacement transducer.\" [Authors]"@en;
skos:altlabel "Wegaufnehmer"@de , "extensometer system"@en , "Displacement transducer"@en , "Dehnungsaufnehmer"@de;
skos:preflabel "DisplacementTransducer"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "makroXtens" , "Clip gauge" , "Tiefungskolben";
:hasLabelSource "deepl translator"@en , "DX56_D_FZ2_WR00_43.TXT"@de , "AFZ-BU-S1.TXT"@de .
rdf:type owl:Class .
:hasFracture
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Fracture";
rdfs:seeAlso :Fracture , :hasFracture_Object .
:hasMaximumForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaximumForce"@en;
rdfs:range :MaximumForce;
skos:preflabel "hasMaximumForce"@en .
:hasMeasuringRange
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MeasuringRange";
rdfs:seeAlso :MeasuringRange , :hasMeasuringRange_Object .
:hasTotalEngineeringStrain_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TotalEngineeringStrain";
rdfs:seeAlso :TotalEngineeringStrain , :hasTotalEngineeringStrain_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasSlipSystemNumber
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SlipSystemNumber";
rdfs:seeAlso :SlipSystemNumber , :hasSlipSystemNumber_Object .
:FormingLimitCurve
rdf:type skos:Concept , owl:Class;
rdfs:label "FormingLimitCurve"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Grenzformänderungskurve\" [DIN EN ISO 12004-2: 2021_07]"@de;
skos:altlabel "Grenzformänderungskurve"@de , "FLC"@en;
skos:preflabel "FormingLimitCurve"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 7"@en , "DIN EN ISO 12004-2: 2021_07"@de;
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 7"@en , "DIN EN ISO 12004-2: 2021_07, 7"@de;
:isBasedOn :MinorLimitStrain , :MajorLimitStrain .
:hasPistonSpeed_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPistonSpeed"@en;
rdfs:range :PistonSpeed;
skos:preflabel "hasPistonSpeed"@en .
:hasCrystalPlasticityParameterFile_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasCrystalPlasticityParameterFile"@en;
rdfs:range :CrystalPlasticityParameterFile;
skos:preflabel "hasCrystalPlasticityParameterFile"@en .
:TestPieceGeometry
rdf:type owl:Class , skos:Concept;
rdfs:comment "The type of the specimen."@en;
rdfs:label "TestPieceGeometry"@en;
rdfs:seeAlso :SampleType , :TestStandard;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"The type of the specimen.\" [Authors]"@en , "\"The specimen geometry including nominal dimensions\" [Authors]"@en , "\"die Probengeometrie incl. Sollabmessungen\" [Authors]"@de;
skos:altlabel "Probengeometrie"@de , "Test piece geometry"@en , "Probenform"@de , "Specimen type"@en , "Specimen Type"@en , "Probentyp"@de;
skos:preflabel "TestPieceGeometry"@en;
skos:related :SampleType , :TestStandard;
:hasDescriptionCitationSource "Authors"@de , "Authors"@en;
:hasExampleData "Flach-Zug" , "FzA20" , "FZ2 (L0=80_b0=20_R20)" , "Notched Flat tensile Specimen" , "Nakajima Specimen" , "Sz0°" , "Crashbox";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 11"@de , "DIN EN ISO 12004-2: 2021_07, 11"@en , "AFZ1-Fz-S1Q.xlsx"@de , "AFZ1-Fz-S1Q.xlsx"@en , "AFZ1-ST-D1"@en , "YS1-Sz0°-S1L"@de , "AFZ1-NZ50-25-D1Q"@en , "deepl translator"@en , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "YS1-Fz-D1Q"@de , "DX56_D_FZ2_WR00_43.TXT"@de .
:Supplier
rdf:type owl:Class , skos:Concept;
rdfs:label "Supplier"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Lieferant"@de , "supplier"@en , "Hersteller"@de;
skos:preflabel "Supplier"@en;
:hasExampleData "voestalpine" , "Zwick GmbH";
:hasLabelSource "standard definition specific"@de .
:ExperimentalWorkflow
rdf:type owl:Class;
rdfs:label "Experimental workflow"@en , "Experimenteller Arbeitsablauf"@de;
rdfs:subClassOf :Workflow;
skos:preflabel "Experimental workflow"@en , "Experimenteller Arbeitsablauf"@de .
:hasPlasticEngineeringStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPlasticEngineeringStrain"@en;
rdfs:range :PlasticEngineeringStrain;
skos:preflabel "hasPlasticEngineeringStrain"@en .
:hasForce_KiloN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Force";
rdfs:seeAlso :Force , :hasForce_Object;
:hasUnit qudtUnit:KiloN;
:hasUnitLabel "kN" .
:ForceAtFracture
rdf:type skos:Concept , owl:Class;
rdfs:label "ForceAtFracture"@en;
rdfs:seeAlso :Force;
rdfs:subClassOf pmdco:ValueObject;
skos:preflabel "ForceAtFracture"@en;
skos:related :Force;
:hasDescriptionCitationSource "Authors"@en .
:hasRValue_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has RValue";
rdfs:seeAlso :RValue , :hasRValue_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasTrueThicknessStrain
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueThicknessStrain";
rdfs:seeAlso :TrueThicknessStrain , :hasTrueThicknessStrain_Object .
:HomogenizationModel
rdf:type skos:Concept , owl:Class;
rdfs:label "HomogenizationModel"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "just pass information between upper and lower scale"@en;
skos:altlabel "pass"@en;
skos:preflabel "HomogenizationModel"@en .
:TestingFacility
rdf:type owl:Class , skos:Concept;
rdfs:comment "Facility that conducted the experiment."@en;
rdfs:label "TestingFacility"@en;
rdfs:seeAlso :TestingFacility;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Facility that conducted the experiment.\" [Authors]"@en;
skos:altlabel "testing facility"@en , "Organization"@en , "Testing facility"@en , "Prüfinstitut"@de , "Pruefinstitut"@de;
skos:preflabel "TestingFacility"@en;
skos:related :TestingFacility;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "Fraunhofer IWM";
:hasLabelSource "deepl translator"@en , "K-Item"@en , "AFZ-BU-S1.TXT"@de .
:hasFinalGaugeLengthAfterFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFinalGaugeLengthAfterFracture"@en;
rdfs:range :FinalGaugeLengthAfterFracture;
skos:preflabel "hasFinalGaugeLengthAfterFracture"@en .
:hasStrain_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Strain";
rdfs:seeAlso :Strain , :hasStrain_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasPistonSpeed_MilliM-PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PistonSpeed";
rdfs:seeAlso :PistonSpeed , :hasPistonSpeed_Object;
:hasUnit qudtUnit:MilliM-PER-SEC;
:hasUnitLabel "mm/s" .
:ReferenceElementSize
rdf:type owl:Class , skos:Concept;
rdfs:label "ReferenceElementSize"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Reference element size for which an additional output of damage (and potentially plastic strain) will be generated. This is necessary to ensure the applicability of resulting damage quantities when transferred to different mesh sizes."@en;
skos:altlabel "REFSZ"@en;
skos:preflabel "ReferenceElementSize"@en;
:hasExampleData "0.3";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "mm" .
:hasSheetThickness_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSheetThickness"@en;
rdfs:range :SheetThickness;
skos:preflabel "hasSheetThickness"@en .
:hasResultsFile_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasResultsFile"@en;
rdfs:range :ResultsFile;
skos:preflabel "hasResultsFile"@en .
:TestingDirection
rdf:type owl:Class , skos:Concept;
rdfs:label "TestingDirection"@en;
rdfs:seeAlso :RollingDirection;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"testing direction related to the rolling direction\" [Authors]"@en;
skos:altlabel "testing direction"@en , "Orientierung"@de;
skos:preflabel "TestingDirection"@en;
skos:related :RollingDirection;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "quer";
:hasLabelSource "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@de .
:hasIndentationDiameterHorizontal_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has IndentationDiameterHorizontal";
rdfs:seeAlso :IndentationDiameterHorizontal , :hasIndentationDiameterHorizontal_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasMassDensity_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMassDensity"@en;
rdfs:range :MassDensity;
skos:preflabel "hasMassDensity"@en .
:hasHCT980C
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HCT980C";
rdfs:seeAlso :HCT980C , :hasHCT980C_Object .
:InitialDisplacementRate
rdf:type skos:Concept , owl:Class;
rdfs:label "InitialDisplacementRate"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"The velocity of the actuator\" [Authors]"@en , "\"Prüfgeschwindigkeit, die als Auftreffgeschwindigkeit bei Versuchsbeginn nominell eingestellt wurde \" [Authors]"@de , "\"initial displacement rate\" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "Initial displacement rate v0"@en , "initial displacement rate"@en , "Abzugsgeschwindigkeit"@de , "Püfgeschwindigkeit"@de;
skos:preflabel "InitialDisplacementRate"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@en , "Authors"@de;
:hasExampleData "2500";
:hasLabelSource "DIN EN ISO 6892-1, 3.7"@de , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de;
:hasSymbol "vo"@en;
:hasSymbolLatex "v_{o}"@en;
:hasTypicalUnit qudtUnit:MilliM-PER-SEC;
:hasTypicalUnitLabel "mm s -1" , "mm/s or m/s" .
:Phase
rdf:type owl:Class;
rdfs:comment "Region of space (a thermodynamic system), throughout which all physical properties of a material are essentially uniform (Wikipedia)"@en;
rdfs:label "Phase"@en , "Phase"@de;
skos:preflabel "Phase"@en , "Phase"@de .
:hasExtensionMeasuringSystem
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ExtensionMeasuringSystem";
rdfs:seeAlso :ExtensionMeasuringSystem , :hasExtensionMeasuringSystem_Object .
:TotalElongation
rdf:type owl:Class;
rdfs:label "Total Elongation"@en , "Bruchdehnung"@de;
skos:preflabel "Total Elongation"@en , "Bruchdehnung"@de .
:hasTestPieceComposition_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceComposition"@en;
rdfs:range :TestPieceComposition;
skos:preflabel "hasTestPieceComposition"@en .
:hasMicrostructureModel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MicrostructureModel";
rdfs:seeAlso :MicrostructureModel , :hasMicrostructureModel_Object .
:hasCharacteristicEngineeringStrainRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CharacteristicEngineeringStrainRate";
rdfs:seeAlso :CharacteristicEngineeringStrainRate , :hasCharacteristicEngineeringStrainRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:LatentHardeningQ1
rdf:type owl:Class , skos:Concept;
rdfs:label "LatentHardeningQ1"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Off-diagonal elements in Interaction matrix q_ab for different slip system family"@en , "\"Parameter, der in der Interaktionsmatrix die Fremdverfestigung (latent hardning) eines Gleitsystems infolge eines Gleitsystems aus einer anderen Gleitsystem-Familie beschreibt\" [General Knowledge]"@de;
skos:altlabel "LatentHardening q1"@en , "Latent Hardening Parameter q01"@de;
skos:preflabel "LatentHardeningQ1"@en;
:hasDescriptionCitationSource "General Knowledge"@de;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en;
:hasSymbolLatex "\\q_1"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" .
:DrawingSpeed
rdf:type skos:Concept , owl:Class;
rdfs:label "DrawingSpeed"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Tiefungsgeschwindigkeit"@de , "Drawing speed"@en;
skos:preflabel "DrawingSpeed"@en;
:hasLabelSource "AFZ-BU-S1.TXT"@de , "deepl translator"@en;
:hasTypicalUnit :MilliM-PER-MIN;
:hasTypicalUnitLabel "mm/min" .
:EstimatedStrainRateOverTheParallelLength
rdf:type owl:Class , skos:Concept;
rdfs:label "EstimatedStrainRateOverTheParallelLength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"estimated strain rate over the parallel length\" [DIN EN ISO 6892-1, 3.7.2]"@en , "\"Zunahme der Dehnung über die parallele Länge der Probe je Zeiteinheit, basierend auf der Traversengeschwindigkeit und der parallelen Länge der Probe\" [DIN EN ISO 6892-1, 3.7.2]"@de;
skos:altlabel "estimated strain rate over the parallel length"@en , "abgeschätzte Dehngeschwindigkeit über die parallele Länge"@de;
skos:preflabel "EstimatedStrainRateOverTheParallelLength"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.7.2"@en , "DIN EN ISO 6892-1, 3.7.2"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.7.2"@en , "DIN EN ISO 6892-1, 3.7.2"@de;
:hasSymbol "eLc"@en;
:hasSymbolLatex "\\dot{e}_{L_c}"@en;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1" .
:hasPercentagePermanentExtension_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentagePermanentExtension";
rdfs:seeAlso :PercentagePermanentExtension , :hasPercentagePermanentExtension_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasShearLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasShearLength"@en;
rdfs:range :ShearLength;
skos:preflabel "hasShearLength"@en .
:hasTestingMachineUncertainty_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestingMachineUncertainty";
rdfs:seeAlso :TestingMachineUncertainty , :hasTestingMachineUncertainty_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:ConstitutiveModelParameter
rdf:type owl:Class .
:PropertyOfStructuralRelevance
rdf:type owl:Class;
rdfs:comment "Properties that contribute towards the structural integrity of a component. Example Thickness, negative example Paint/ Color of Paint"@en;
rdfs:label "Property of structural relevance"@en , "Strukturrelevante Eigenschaft"@de;
skos:preflabel "Property of structural relevance"@en , "Strukturrelevante Eigenschaft"@de .
:hasTestTemperatur_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestTemperatur"@en;
rdfs:range :TestTemperatur;
skos:preflabel "hasTestTemperatur"@en .
:SpecimenWidth
rdf:type skos:Concept , owl:Class;
rdfs:label "SpecimenWidth"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"verbleibende Breite des Schnittteils\" [DIN EN ISO 12004-2: 2021_07, 11]"@de;
skos:altlabel "Width"@en , "Breite"@de;
skos:preflabel "SpecimenWidth"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 11"@de , "DIN EN ISO 12004-2: 2021_07, 11"@en;
:hasExampleData "50";
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en , "DIN EN ISO 12004-2: 2021_07, 11"@en , "DIN EN ISO 12004-2: 2021_07, 12"@de;
:hasSymbol "B"@en , "b"@en;
:hasSymbolLatex "b"@en , "B"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasEstimatedStrainRateOverTheParallelLength_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EstimatedStrainRateOverTheParallelLength";
rdfs:seeAlso :EstimatedStrainRateOverTheParallelLength , :hasEstimatedStrainRateOverTheParallelLength_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:hasTotalLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TotalLength";
rdfs:seeAlso :TotalLength , :hasTotalLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasCrossHardeningParameter_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CrossHardeningParameter";
rdfs:seeAlso :CrossHardeningParameter , :hasCrossHardeningParameter_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasExtension_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasExtension"@en;
rdfs:range :Extension;
skos:preflabel "hasExtension"@en .
:hasFailureCriteriaTypeAdd4ElementDeletion_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasFailureCriteriaTypeAdd4ElementDeletion"@en;
rdfs:range :FailureCriteriaTypeAdd4ElementDeletion;
skos:preflabel "hasFailureCriteriaTypeAdd4ElementDeletion"@en .
:FrameOfReference
rdf:type owl:Class;
rdfs:label "Frame of reference"@en , "Referenzrahmen"@de;
skos:preflabel "Frame of reference"@en , "Referenzrahmen"@de .
:Force
rdf:type skos:Concept , owl:Class;
rdfs:label "Kraft"@de , "Force"@en;
rdfs:seeAlso :ForceMeasuringSystem , :ForceMeasuringDevice;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"The force measured with the force measuring system\" [Authors]"@en , "\"The force that is measured using the Force-measuring device.\" [Authors]"@en , "\"The force measured by the load cell\" [Authors]"@en;
skos:altlabel "force"@en , "Standardkraft"@de , "F"@de , "Kraft"@de , "Force"@en , "Tiefungskraft"@de;
skos:preflabel "Force"@en , "Kraft"@de;
skos:related :ForceMeasuringSystem , :ForceMeasuringDevice;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "82.0348" , "2438" , "0.105";
:hasLabelSource "YS1-Fz-D1Q"@de , "AFZ-BU-S1.TXT"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en , "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en , "AFZ1-NZ50-25-D1Q"@en , "deepl translator"@en , "DX56_D_FZ2_WR00_43.TXT"@de , "AFZ1-ST-D1"@en , "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@de;
:hasSymbol "F"@en;
:hasSymbolLatex "F"@en;
:hasTypicalUnit qudtUnit:KiloN , qudtUnit:N;
:hasTypicalUnitLabel "kN" , "N" .
:hasWidthAfterFracture2_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasWidthAfterFracture2"@en;
rdfs:range :WidthAfterFracture2;
skos:preflabel "hasWidthAfterFracture2"@en .
:hasAnisotropicYieldFunction
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has AnisotropicYieldFunction";
rdfs:seeAlso :AnisotropicYieldFunction , :hasAnisotropicYieldFunction_Object .
:hasRemark_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRemark"@en;
rdfs:range :Remark;
skos:preflabel "hasRemark"@en .
:hasReferenceElementSize_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasReferenceElementSize"@en;
rdfs:range :ReferenceElementSize;
skos:preflabel "hasReferenceElementSize"@en .
:hasPunchDisplacement_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPunchDisplacement"@en;
rdfs:range :PunchDisplacement;
skos:preflabel "hasPunchDisplacement"@en .
:hasPressureChamber_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PressureChamber";
rdfs:seeAlso :PressureChamber , :hasPressureChamber_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasPermanentSetStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PermanentSetStrength";
rdfs:seeAlso :PermanentSetStrength , :hasPermanentSetStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasCrossHardeningParameter_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasCrossHardeningParameter"@en;
rdfs:range :CrossHardeningParameter;
skos:preflabel "hasCrossHardeningParameter"@en .
:hasInitialDisplacementRate_MilliM-PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InitialDisplacementRate";
rdfs:seeAlso :InitialDisplacementRate , :hasInitialDisplacementRate_Object;
:hasUnit qudtUnit:MilliM-PER-SEC;
:hasUnitLabel "mm s -1" .
:WidthAfterFracture1
rdf:type owl:Class , skos:Concept;
rdfs:label "WidthAfterFracture1"@en;
rdfs:seeAlso :WidthAfterFracture2;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probenbreite B1 nach Bruch"@de;
skos:preflabel "WidthAfterFracture1"@en;
skos:related :WidthAfterFracture2;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasTimeDependentEngineeringStrainRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTimeDependentEngineeringStrainRate"@en;
rdfs:range :TimeDependentEngineeringStrainRate;
skos:preflabel "hasTimeDependentEngineeringStrainRate"@en .
:hasClampingForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasClampingForce"@en;
rdfs:range :ClampingForce;
skos:preflabel "hasClampingForce"@en .
:hasSupplier_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSupplier"@en;
rdfs:range :Supplier;
skos:preflabel "hasSupplier"@en .
:hasOriginalThickness_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOriginalThickness"@en;
rdfs:range :OriginalThickness;
skos:preflabel "hasOriginalThickness"@en .
:hasMeasuringAid_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMeasuringAid"@en;
rdfs:range :MeasuringAid;
skos:preflabel "hasMeasuringAid"@en .
:SheetThickness
rdf:type skos:Concept , owl:Class;
rdfs:label "Sheet thickness"@en , "Blechstärke"@de , "SheetThickness"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Blechdicke"@de , "Blechstärke"@de;
skos:preflabel "SheetThickness"@en , "Blechstärke"@de , "Sheet thickness"@en;
:hasLabelSource "K-Item"@de .
:hasGrade_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasGrade"@en;
rdfs:range :Grade;
skos:preflabel "hasGrade"@en .
:IndentationDiameterHorizontal
rdf:type owl:Class , skos:Concept;
rdfs:label "IndentationDiameterHorizontal"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Indentation Horizontal Diameter"@en;
skos:altlabel "Indentation Horizontal Diameter"@en;
skos:preflabel "IndentationDiameterHorizontal"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:HardeningParameterTheta1
rdf:type owl:Class , skos:Concept;
rdfs:label "HardeningParameterTheta1"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model\" [General Knowledge]"@en , "\"Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird\" [General Knowledge]"@de;
skos:altlabel "Hardening parameter theta1"@en , "Verfestigungsparameter theta1"@de;
skos:preflabel "HardeningParameterTheta1"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbolLatex "\\theta_1"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasGridSize_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has GridSize";
rdfs:seeAlso :GridSize , :hasGridSize_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasTestDirection_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestDirection"@en;
rdfs:range :TestDirection;
skos:preflabel "hasTestDirection"@en .
:MachineProtocol
rdf:type owl:Class .
:TruePlasticStrainAtFracture
rdf:type owl:Class , skos:Concept;
rdfs:label "TruePlasticStrainAtFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"true plastic strain at fracture\" [Authors]"@en;
skos:altlabel "True plastic strain at fracture"@en , "wahre Bruchdehnung"@de;
skos:preflabel "TruePlasticStrainAtFracture"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "151.3";
:hasLabelSource "YS1-Fz-D1Q"@de;
:hasSymbol "e_{w Bruch}"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%";
:isBasedOn :MinimumCrosssectionAfterFracture , :OriginalCrosssection .
:hasBrinellHardnessStandardDeviation_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BrinellHardnessStandardDeviation";
rdfs:seeAlso :BrinellHardnessStandardDeviation , :hasBrinellHardnessStandardDeviation_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
:FailureStrainIdentifier4Temperature
rdf:type owl:Class , skos:Concept;
rdfs:label "FailureStrainIdentifier4Temperature"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Load curve ID defining plastic failure strain as a function of temperature"@en;
skos:altlabel "LCH"@en;
skos:preflabel "FailureStrainIdentifier4Temperature"@en;
:hasExampleData "2";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:MatPiecewiseLinearPlasticity
rdf:type skos:Concept , owl:Class;
rdfs:label "MatPiecewiseLinearPlasticity"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Simple incompressible plasticity model"@en;
skos:altlabel "Mat024"@en;
skos:preflabel "MatPiecewiseLinearPlasticity"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en .
:hasCRMUncertainty_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CRMUncertainty";
rdfs:seeAlso :CRMUncertainty , :hasCRMUncertainty_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasSlipSystemNumber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSlipSystemNumber"@en;
rdfs:range :SlipSystemNumber;
skos:preflabel "hasSlipSystemNumber"@en .
:hasEngineeringStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEngineeringStrain"@en;
rdfs:range :EngineeringStrain;
skos:preflabel "hasEngineeringStrain"@en .
:StiffnessComponent
rdf:type skos:Concept , owl:Class;
rdfs:label "StiffnessComponent"@en;
rdfs:seeAlso :Hooke;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "11 component of stiffness matrix"@en , "44 component of stiffness matrix"@en , "12 component of stiffness matrix"@en;
skos:altlabel "C_11"@en , "C_44"@en , "C_12"@en;
skos:preflabel "StiffnessComponent"@en;
skos:related :Hooke;
:hasTypicalUnitLabel "Pa" .
:ressourceUri
rdf:type owl:DatatypeProperty;
rdfs:domain :CodeFileRessource;
rdfs:label "uri"@en;
rdfs:range xsd:string;
skos:preflabel "uri"@en .
:MinimumCrossSectionAfterFracture
rdf:type skos:Concept , owl:Class;
rdfs:label "MinimumCrossSectionAfterFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"kleinster Querschnitt nach dem Bruch\" [DIN EN ISO 6892-1, Tabelle 1]"@de , "\"minimum cross-sectional area after fracture\" [DIN EN ISO 6892-1, Table 1]"@en , "\"minimum cross-sectional area after fracture\" [Authors]"@en;
skos:altlabel "SU"@en , "minimum cross-sectional area after fracture"@en , "kleinster Querschnitt nach dem Bruch"@de;
skos:preflabel "MinimumCrossSectionAfterFracture"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, Tabelle 1"@de , "DIN EN ISO 6892-1, Table 1"@en , "Authors"@en;
:hasExampleData "4879";
:hasLabelSource "DIN EN ISO 6892-1, Tabelle 1"@de , "AFZ1-Fz-S1Q.xlsx"@en , "DIN EN ISO 6892-1, Table 1"@en;
:hasSymbol "Su"@en;
:hasSymbolLatex "S_{u}"@en;
:hasTypicalUnit qudtUnit:MilliM2;
:hasTypicalUnitLabel "mm2";
:isBasedOn :ThicknessAfterFracture1 , :DiameterAfterFracture1 , :DiameterAfterFracture2 , :WidthAfterFracture2 , :WidthAfterFracture1 , :ThicknessAfterFracture2 .
:hasCrystalPlasticityParameterFile
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has CrystalPlasticityParameterFile";
rdfs:seeAlso :CrystalPlasticityParameterFile , :hasCrystalPlasticityParameterFile_Object .
:SwitchingPoint
rdf:type owl:Class;
rdfs:label "Umschaltpunkt"@de;
skos:preflabel "Umschaltpunkt"@de .
:FinalFlowStress_ginf
rdf:type owl:Class;
rdfs:comment "DAMASK phenopower law parameter"@en .
:ElasticConstants_C11_C12_C44
rdf:type owl:Class .
:hasTrueFractureStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TrueFractureStress";
rdfs:seeAlso :TrueFractureStress , :hasTrueFractureStress_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:AnisotropicYieldFunctionParameters
rdf:type owl:Class , skos:Concept;
rdfs:label "AnisotropicYieldFunctionParameters"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Parameters of the anisotropic yield function considered\" [General Knowledge]"@en , "\"Parameters des betrachteten anisotropen Fließortmodells\" [General Knowledge]"@de;
skos:altlabel "Anisotropic yield function parameters"@en , "Anisotrope Fließortparameter"@de;
skos:preflabel "AnisotropicYieldFunctionParameters"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:CrossheadDisplacement
rdf:type skos:Concept , owl:Class;
rdfs:label "CrossheadDisplacement"@en;
rdfs:seeAlso :Machine;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Displacement of the actuator\" [Authors]"@en;
skos:altlabel "Machine Displacement"@en , "Maschine"@de;
skos:preflabel "CrossheadDisplacement"@en;
skos:related :Machine;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "14786";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@de , "YS1-FzR4-S1Q"@en , "YS1-Sz0°-S1L"@de , "AFZ1-ST-D1"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasBrinellHardnessAverage_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBrinellHardnessAverage"@en;
rdfs:range :BrinellHardnessAverage;
skos:preflabel "hasBrinellHardnessAverage"@en .
:MinorTrueStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "MinorTrueStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"minor true strain\" [DIN EN ISO 12004-2: 2021_07, 8]"@en , "\"Kleinere Formänderung\" [DIN EN ISO 12004-2: 2021_07, 8]"@de;
skos:altlabel "minor limit strain"@en , "Nebenformänderung"@de , "minor true strain"@en;
skos:preflabel "MinorTrueStrain"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 8"@de , "DIN EN ISO 12004-2: 2021_07, 8"@en;
:hasExampleData "-0.092000";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 8"@en , "DIN EN ISO 12004-2: 2021_07, 8"@de , "AFZ1-NZ50-25-D1Q"@en;
:hasSymbol "ε_2"@en;
:hasSymbolLatex "ε_2"@en .
:hasTensileStrength_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TensileStrength";
rdfs:seeAlso :TensileStrength , :hasTensileStrength_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:StrainRateFormulationFlag
rdf:type owl:Class , skos:Concept;
rdfs:label "StrainRateFormulationFlag"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Flag which determines the treatment of strain rate to evaluate yielding:\n=-1.0: Cowper-Symonds with effective deviatoric rate rather than total\n=0.0: Scale yield stress (default)\n=1.0: Viscoplastic formulation\n=3.0: Same as VP = 0, but with filtered effective total strain rates"@en;
skos:altlabel "VP"@en;
skos:preflabel "StrainRateFormulationFlag"@en;
:hasExampleData "0";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en .
rdf:type owl:Class .
:hasProofStrengthPlasticExtension_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ProofStrengthPlasticExtension";
rdfs:seeAlso :ProofStrengthPlasticExtension , :hasProofStrengthPlasticExtension_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:TruePlasticStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "TruePlasticStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"wahre plastische Dehnung\" [Authors]"@de , "\"true plastic strain\" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "true plastic strain"@en , "wahre plastische Dehnung"@de;
skos:preflabel "TruePlasticStrain"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "Standard definition specific"@de;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" .
:TimeIncrementStep
rdf:type owl:Class;
rdfs:label "time increment step"@en;
skos:preflabel "time increment step"@en .
:hasYieldingIdentifierIsoThermal_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasYieldingIdentifierIsoThermal"@en;
rdfs:range :YieldingIdentifierIsoThermal;
skos:preflabel "hasYieldingIdentifierIsoThermal"@en .
:hasMaterial
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Material";
rdfs:seeAlso :Material , :hasMaterial_Object .
:GrainNumber
rdf:type owl:Class , skos:Concept;
rdfs:label "GrainNumber"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Anzahl der Körner im Mikrostrukturmodell\" [General Knowledge]"@de , "\"Number of grains used for the microstructure model\" [General Knowledge]"@en;
skos:altlabel "Kornanzahl"@de , "Grain Number"@en;
skos:preflabel "GrainNumber"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasEmpty_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEmpty"@en;
rdfs:range :Empty;
skos:preflabel "hasEmpty"@en .
:Machine
rdf:type owl:Class , skos:Concept;
rdfs:comment "Data of the machine used for the experiment."@en;
rdfs:label "Machine"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Data of the machine used for the experiment.\" [Authors]"@en;
skos:altlabel "Testing machine"@en , "Maschinendaten"@de , "Machine Type"@en , "Prüfmaschine"@de , "Testing Machine"@en;
skos:preflabel "Machine"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "ZwickRoell Blechumformprüfmaschine 600kN - BUP600" , "SZM500" , "Instron 5985" , "SZM100";
:hasLabelSource "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "YS1-Sz0°-S1L"@de , "YS1-Fz-D1Q"@de , "AFZ-BU-S1.TXT"@de , "K-Type"@en , "AFZ1-Fz-S1Q.xlsx"@de , "standard definition specific"@en , "AFZ1-ST-D1"@en , "deepl translator"@en , "AFZ1-NZ50-25-D1Q"@en .
:Stress
rdf:type skos:Concept , owl:Class;
rdfs:label "Stress"@en , "Spannung"@de;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"at any moment during the test, force divided by the original cross-sectional area, So, of the test piece\" [DIN EN ISO 6892-1, 3.10]"@en , "\"Kraft zu einem beliebigen Zeitpunkt während des Versuchs dividiert durch den Anfangsquerschnitt der Probe\" [DIN EN ISO 6892-1, 3.10]"@de;
skos:altlabel "Spannung"@de , "stress"@en;
skos:preflabel "Stress"@en , "Spannung"@de;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10"@de , "DIN EN ISO 6892-1, 3.10"@en;
:hasLabelSource "DIN EN ISO 6892-1, 3.10"@de , "DIN EN ISO 6892-1, 3.10"@en;
:hasSymbol "R"@en;
:hasSymbolLatex "R"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:PlasticEngineeringStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "PlasticEngineeringStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"plastische technische Dehnung\" [Authors]"@de , "\"plastic engineering strain \" [ISO 26203-2, 2011, 4]"@en;
skos:altlabel "plastic engineering strain"@en , "plastische technische Dehnung"@de;
skos:preflabel "PlasticEngineeringStrain"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasLabelSource "Standard definition specific"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "epl"@en;
:hasSymbolLatex "e_{pl}"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%" .
:hasYieldStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasYieldStrength"@en;
rdfs:range :YieldStrength;
skos:preflabel "hasYieldStrength"@en .
:hasMatTabulatedJohnsonCookLogInterpolation_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMatTabulatedJohnsonCookLogInterpolation"@en;
rdfs:range :MatTabulatedJohnsonCookLogInterpolation;
skos:preflabel "hasMatTabulatedJohnsonCookLogInterpolation"@en .
:hasMAT_ADD_DAMAGE_GISSMO
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MAT_ADD_DAMAGE_GISSMO";
rdfs:seeAlso :MAT_ADD_DAMAGE_GISSMO , :hasMAT_ADD_DAMAGE_GISSMO_Object .
:hasProofStrengthTotalExtension_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasProofStrengthTotalExtension"@en;
rdfs:range :ProofStrengthTotalExtension;
skos:preflabel "hasProofStrengthTotalExtension"@en .
:hasStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasStrain"@en;
rdfs:range :Strain;
skos:preflabel "hasStrain"@en .
:hasLocation_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasLocation"@en;
rdfs:range :Location;
skos:preflabel "hasLocation"@en .
:Workflow
rdf:type owl:Class;
rdfs:label "Workflow"@en , "Arbeitsablauf"@de;
skos:preflabel "Workflow"@en , "Arbeitsablauf"@de .
:PressureChamber
rdf:type owl:Class , skos:Concept;
rdfs:label "PressureChamber"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Pressure measred in the chamber.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Druck im Werkzeug.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Pressure in the Chamber"@en , "Bulge Druck"@de , "Druck im Werkzeug"@de;
skos:preflabel "PressureChamber"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "AFZ-BU-S1.TXT"@de , "DIN EN ISO 16808:2022-08, 4"@de , "DIN EN ISO 16808:2022-08, 12"@en;
:hasSymbol "p"@en;
:hasSymbolLatex "p"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "N/mm2" , "MPa" .
:hasExtensometerGaugeLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ExtensometerGaugeLength";
rdfs:seeAlso :ExtensometerGaugeLength , :hasExtensometerGaugeLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:MaterialCard
rdf:type owl:Class , skos:Concept;
rdfs:comment "The MaterialCard is a digital representation of a real world steel; for example HCT980X. It contains all information to reproduce the behaviour steel within a simulation as close as possible to it's real world counter part."@en;
rdfs:label "material card"@en , "Material Karte"@de , "MaterialCard"@en , "Material Card"@en , "Materialkarte"@de;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"A material card contains material data or parameter to describe the material bahaviour in a simulation. \" [General Knowledge]"@en , "\"Eine Materialkarten beschreibt das Materialverhalten eines Werkstoffes in Form von Daten und Parametern\" [General Knowledge]"@de;
skos:altlabel "MaterialKarte"@de , "Digitale Werkstoffbeschreibung"@de , "Materialkarte"@de , "Material Card"@en , "MaterialCard"@en;
skos:preflabel "Material Karte"@de , "Materialkarte"@de , "material card"@en , "MaterialCard"@en , "Material Card"@en;
:hasDescriptionCitationSource "General Knowledge"@de , "General Knowledge"@en;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en .
rdf:type owl:Class .
:hasEvaluationMethod
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EvaluationMethod";
rdfs:seeAlso :EvaluationMethod , :hasEvaluationMethod_Object .
:norm
rdf:type owl:DatatypeProperty;
rdfs:label "norm"@en;
dc:description "The norm according to which the experiment was conducted."@en;
skos:preflabel "norm"@en .
:hasAnisotropicYieldFunction_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasAnisotropicYieldFunction"@en;
rdfs:range :AnisotropicYieldFunction;
skos:preflabel "hasAnisotropicYieldFunction"@en .
:hasIndentationDiameterAverage_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has IndentationDiameterAverage";
rdfs:seeAlso :IndentationDiameterAverage , :hasIndentationDiameterAverage_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasSpecimenWidth_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SpecimenWidth";
rdfs:seeAlso :SpecimenWidth , :hasSpecimenWidth_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:ComponentTest
rdf:type owl:Class;
rdfs:label "Component test"@en , "Komponententest"@de;
skos:preflabel "Component test"@en , "Komponententest"@de .
:InitialHardening
rdf:type skos:Concept , owl:Class;
rdfs:label "InitialHardening"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "h_0_sl-sl"@en;
skos:preflabel "InitialHardening"@en;
skos:related :phenopowerlaw;
:hasExampleData "[1.0e+9, 1.0e+9]";
:hasTypicalUnitLabel "Pa/1" .
:hasTestPieceIdentifier_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceIdentifier"@en;
rdfs:range :TestPieceIdentifier;
skos:preflabel "hasTestPieceIdentifier"@en .
:hasFracture_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasFracture"@en;
rdfs:range :Fracture;
skos:preflabel "hasFracture"@en .
:hasHardeningParameterTau1_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningParameterTau1";
rdfs:seeAlso :HardeningParameterTau1 , :hasHardeningParameterTau1_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasPercentagePlasticExtensionAtMaximumForce_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPercentagePlasticExtensionAtMaximumForce"@en;
rdfs:range :PercentagePlasticExtensionAtMaximumForce;
skos:preflabel "hasPercentagePlasticExtensionAtMaximumForce"@en .
:DynamometerArea
rdf:type owl:Class , skos:Concept;
rdfs:label "DynamometerArea"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"area on the fixed side of the test piece where only elastic deformations are required during the test\" [ISO 26203-2, 2011, 4]"@en , "\"Querschnitt auf der fest eingespannten Seite der Probe, in der lediglich elastische Verformungen während des Versuchs erlaubt sind\" [Authors]"@de;
skos:altlabel "dynamometer area"@en , "Dynamometerquerschnitt"@de;
skos:preflabel "DynamometerArea"@en;
:hasDescriptionCitationSource "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasLabelSource "Authors"@de , "ISO 26203-2, 2011, 4"@en;
:hasSymbol "SD"@en;
:hasSymbolLatex "S_{D}"@en;
:hasTypicalUnit qudtUnit:MilliM2;
:hasTypicalUnitLabel "mm2" .
:CharacteristicEngineeringStrainRate
rdf:type skos:Concept , owl:Class;
rdfs:label "CharacteristicEngineeringStrainRate"@en;
rdfs:seeAlso :StrainRate;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Mean value of the time-dependent engineering strain rate in the range between start of yield or 1% strain and strain at maximum force\" [Authors]"@en;
skos:altlabel "plastische"@de , "Characteristic engineering strain rate"@en;
skos:preflabel "CharacteristicEngineeringStrainRate"@en;
skos:related :StrainRate;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "0.8";
:hasLabelSource "YS1-Fz-D1Q"@de;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1";
:isBasedOn :Time , :ExtensometerGaugeLength , :ProofStrength_0.2Percentage , :Extension .
:Elongation
rdf:type owl:Class , skos:Concept;
rdfs:label "Elongation"@en , "Dehnung"@de;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"increase in the original gauge length (3.1.1) at any moment during the test\" [DIN EN ISO 6892-1, 3.3]"@en , "\"Zunahme der Anfangsmesslänge (3.1.1) zu einem beliebigen Zeitpunkt während des Versuchs\" [DIN EN ISO 6892-1, 3.3]"@de;
skos:altlabel "elongation"@en , "Verlängerung"@de;
skos:preflabel "Dehnung"@de , "Elongation"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.3"@de , "DIN EN ISO 6892-1, 3.3"@en;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "DIN EN ISO 6892-1, 3.3"@de , "DIN EN ISO 6892-1, 3.3"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasTensileTestingMachine_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTensileTestingMachine"@en;
rdfs:range :TensileTestingMachine;
skos:preflabel "hasTensileTestingMachine"@en .
:InnerDiameterBlankHolder
rdf:type skos:Concept , owl:Class;
rdfs:label "InnerDiameterBlankHolder"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Diameter of the blank holder (inner) of the testing machine.\" [DIN EN ISO 16808:2022-08, 4]"@en , "\"Durchmesser des Niederhalters (innen) der Prüfeinrichtung.\" [DIN EN ISO 16808:2022-08, 4]"@de;
skos:altlabel "Diameter of the blank holder (inner)"@en , "Durchmesser des Niederhalters (innen)"@de;
skos:preflabel "InnerDiameterBlankHolder"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "d_BH"@en;
:hasSymbolLatex "d_BH"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:Plasticity
rdf:type owl:Class;
rdfs:label "Plasticity"@en , "Verformbarkeit"@de;
skos:preflabel "Plasticity"@en , "Verformbarkeit"@de .
:hasSlopeElasticPartStressStrainCurve_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SlopeElasticPartStressStrainCurve";
rdfs:seeAlso :SlopeElasticPartStressStrainCurve , :hasSlopeElasticPartStressStrainCurve_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:YieldStress
rdf:type owl:Class , skos:Concept;
rdfs:label "YieldStress"@en , "Yield Stress"@en , "Fließspannung"@de;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Initial yield stress, if noidentifier for hardening curve (LCSS>0) is prescibed"@en;
skos:altlabel "SIGY"@en;
skos:preflabel "Yield Stress"@en , "Fließspannung"@de , "YieldStress"@en;
:hasExampleData "290";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "MPa" .
:hasInv_ShearRateSensitivity_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Inv_ShearRateSensitivity";
rdfs:seeAlso :Inv_ShearRateSensitivity , :hasInv_ShearRateSensitivity_Object;
:hasUnit ;
:hasUnitLabel "1" .
:PoissonsRatio
rdf:type skos:Concept , owl:Class;
rdfs:label "PoissonsRatio"@en;
rdfs:seeAlso :TrueStrain , :TrueWidthStrain , :ModulusOfElasticity , :Material;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Poisson"@en;
skos:preflabel "PoissonsRatio"@en;
skos:related :TrueStrain , :Material , :ModulusOfElasticity , :TrueWidthStrain;
:hasDescriptionCitationSource "Authors"@en;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "nue"@en;
:hasSymbolLatex "nue"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" .
:hasMatPiecewiseLinearPlasticityLogInterpolation
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MatPiecewiseLinearPlasticityLogInterpolation";
rdfs:seeAlso :MatPiecewiseLinearPlasticityLogInterpolation , :hasMatPiecewiseLinearPlasticityLogInterpolation_Object .
:hasRepetition_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasRepetition"@en;
rdfs:range :Repetition;
skos:preflabel "hasRepetition"@en .
:Grain
rdf:type owl:Class;
rdfs:label "Grain"@en , "Korn"@de;
skos:preflabel "Grain"@en , "Korn"@de .
:ReferenceTemperature
rdf:type skos:Concept , owl:Class;
rdfs:label "ReferenceTemperature"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Slope of linear hardening, if noidentifier for hardening curve (LCSS>0) is prescibed"@en;
skos:altlabel "TR"@en;
skos:preflabel "ReferenceTemperature"@en;
:hasExampleData "293.14999999999998";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "K" .
:InitialCriticalStrength
rdf:type skos:Concept , owl:Class;
rdfs:label "InitialCriticalStrength"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "xi_0_sl"@en;
skos:preflabel "InitialCriticalStrength"@en;
skos:related :phenopowerlaw;
:hasExampleData "[95.e+6, 96.e+6]";
:hasTypicalUnitLabel "Pa" .
:Texture
rdf:type skos:Concept , owl:Class;
rdfs:label "Textur"@de , "Texture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Texture of the microstructure model defined by three euler angles\" [General Knowledge]"@en , "\"Textur des Mikrostrukturmodells, wird durch drei Eulerwinkel definiert\" [General Knowledge]"@de;
skos:altlabel "Textur"@de , "Oberflächenbeschaffenheit"@de , "Texture"@en;
skos:preflabel "Textur"@de , "Texture"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en .
:hasSampleInfos
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SampleInfos";
rdfs:seeAlso :SampleInfos , :hasSampleInfos_Object .
:hasHardeningParameterTheta0_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningParameterTheta0";
rdfs:seeAlso :HardeningParameterTheta0 , :hasHardeningParameterTheta0_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasMaterialCard
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MaterialCard";
rdfs:seeAlso :MaterialCard , :hasMaterialCard_Object .
:hasSpecimenCrossSection
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SpecimenCrossSection";
rdfs:seeAlso :SpecimenCrossSection , :hasSpecimenCrossSection_Object .
:Software
rdf:type owl:Class , skos:Concept;
rdfs:label "Software"@en , "Software"@de , "software"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Software used for measurement and post-processing.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Software, die für die Versuchsdurchführung und Datenverarbeitung verwendet wurde.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Programm"@de , "Software"@en , "Software"@de;
skos:preflabel "Software"@de , "software"@en , "Software"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@de , "DIN EN ISO 16808:2022-08, 12"@en;
:hasLabelSource "DIN EN ISO 16808:2022-08, 12"@de , "DIN EN ISO 16808:2022-08, 12"@en .
:hasTransitionRadius_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTransitionRadius"@en;
rdfs:range :TransitionRadius;
skos:preflabel "hasTransitionRadius"@en .
:User
rdf:type owl:Class , skos:Concept;
rdfs:label "User"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Person performed the post-processing of the EBSD data.\" [General Knowledge]"@en , "\"Person, die die EBSD-Messung ausgewertet hat.\" [General Knowledge]"@de;
skos:altlabel "Benutzer"@de , "User"@en;
skos:preflabel "User"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
rdf:type owl:Class .
:hasStiffnessComponent_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasStiffnessComponent"@en;
rdfs:range :StiffnessComponent;
skos:preflabel "hasStiffnessComponent"@en .
:hasTestPieceGeometry_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestPieceGeometry"@en;
rdfs:range :TestPieceGeometry;
skos:preflabel "hasTestPieceGeometry"@en .
:Sensor
rdf:type owl:Class .
:HardeningExponent
rdf:type skos:Concept , owl:Class;
rdfs:label "HardeningExponent"@en;
rdfs:seeAlso :phenopowerlaw;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "List of hardening exponent"@en;
skos:altlabel "a_sl"@en;
skos:preflabel "HardeningExponent"@en;
skos:related :phenopowerlaw;
:hasExampleData "[2.25, 2.25]";
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasPermissibleUncertainty_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPermissibleUncertainty"@en;
rdfs:range :PermissibleUncertainty;
skos:preflabel "hasPermissibleUncertainty"@en .
:MeasurementResolutionUncertainty
rdf:type owl:Class , skos:Concept;
rdfs:label "MeasurementResolutionUncertainty"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Measurement Resolution Uncertainty"@en;
skos:altlabel "Measurement Resolution Uncertainty"@en;
skos:preflabel "MeasurementResolutionUncertainty"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:hasComplexPhaseSteel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasComplexPhaseSteel"@en;
rdfs:range :ComplexPhaseSteel;
skos:preflabel "hasComplexPhaseSteel"@en .
:TensileTestingMachine
rdf:type skos:Concept , owl:Class;
rdfs:label "TensileTestingMachine"@en;
rdfs:seeAlso :Machine;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Data of the machine used for the experiment.\" [Authors]"@en , "\"The machine should be designed in order to provide outputs giving analogue signals untreated by the software\" [DIN EN ISO 6892-1, A.2.1]"@en , "\"Die Prüfmaschine sollte mit einer analogen Messwertausgabe, die nicht durch die Software beeinflusst wird, ausgerüstet sein. Ist eine solche Ausgabe nicht vorgesehen, sollten digitale Rohdaten ausgegeben werden können. Der Prüfmaschinenhersteller sollte Auskunft über die Erzeugung der digitalen Rohdaten und ihre Verarbeitung durch die Software geben. Die Rohdaten sollten in SI-Einheiten angegeben werden und sich auf die Kraft, die Verlängerung (der Extensometer-Messlänge), den Traversenweg, die Zeit und die Probenmaße beziehen. Ein Beispiel eines geeigneten Datenformats ist in Bild A.1 dargestellt.\" [DIN EN ISO 6892-1]"@de;
skos:altlabel "Machine Type"@en , "Prüfmaschine"@de , "tensile testing machine"@en , "Zugprüfmaschine"@de;
skos:preflabel "TensileTestingMachine"@en;
skos:related :Machine;
:hasDescriptionCitationSource "DIN EN ISO 6892-1"@de , "DIN EN ISO 6892-1, A.2.1"@en , "Authors"@en;
:hasExampleData "Instron 5985";
:hasLabelSource "DIN EN ISO 6892-1, A.2.1"@en , "DIN EN ISO 6892-1, A.2.1"@de , "AFZ1-Fz-S1Q.xlsx"@de .
:hasMicroalloyedSteel
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MicroalloyedSteel";
rdfs:seeAlso :MicroalloyedSteel , :hasMicroalloyedSteel_Object .
:TruePlasticThicknessStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "TruePlasticThicknessStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"True plastic thickness strain received from post-processing the hydraulic bulge test.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Plastischer Anteil des Umformgrads in Dickenrichtung ermittelt mit Hilfe des hydraulischen Tiefungsversuchs.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "True plastic thickness strain"@en , "Plastischer Anteil des Umformgrads in Dickenrichtung"@de;
skos:preflabel "TruePlasticThicknessStrain"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 4"@en , "DIN EN ISO 16808:2022-08, 4"@de;
:hasSymbol "ε_3^pl"@en;
:hasSymbolLatex "ε_3^pl"@en .
:HX340LAD
rdf:type owl:Class , skos:Concept;
rdfs:label "HX340LAD"@en;
rdfs:seeAlso :MicroalloyedSteel;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "CR300LA"@de , "HX340LAD"@en , "1.0933"@de , "H340LAD"@de;
skos:preflabel "HX340LAD"@en;
skos:related :MicroalloyedSteel;
:hasLabelSource "DIN EN 10346"@de , "VDA 239-100"@de , "DIN EN 10346_2015"@de , "DIN EN 10346_2015"@en .
:HardeningModulus_h0
rdf:type owl:Class;
rdfs:comment "DAMASK phenopower law parameter"@en .
:ProofStrengthTotalExtension
rdf:type owl:Class , skos:Concept;
rdfs:label "ProofStrengthTotalExtension"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"stress at which total extension (elastic extension plus plastic extension) is equal to a specified percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.10.4]"@en , "\"Spannung, bei der die gesamte Extensometer-Dehnung (elastische und plastische Extensometer-Dehnung) einem vorgegebenen Prozentanteil der Extensometer-Messlänge entspricht\" [DIN EN ISO 6892-1, 3.10.4]"@de;
skos:altlabel "Dehngrenze bei gesamter Extensometer-Dehnung"@de , "proof strength, total extension"@en;
skos:preflabel "ProofStrengthTotalExtension"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10.4"@en , "DIN EN ISO 6892-1, 3.10.4"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.10.4"@en , "DIN EN ISO 6892-1, 3.10.4"@de;
:hasSymbol "Rt"@en;
:hasSymbolLatex "R_{t}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:hasYieldForce_0.2Percentage_KiloN
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has YieldForce_0.2Percentage";
rdfs:seeAlso :YieldForce_0.2Percentage , :hasYieldForce_0.2Percentage_Object;
:hasUnit qudtUnit:KiloN;
:hasUnitLabel "kN" .
:hasSampleIdentifier_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSampleIdentifier"@en;
rdfs:range :SampleIdentifier;
skos:preflabel "hasSampleIdentifier"@en .
:Manufacturing
rdf:type owl:Class .
:hasDiameterAfterFracture2_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DiameterAfterFracture2";
rdfs:seeAlso :DiameterAfterFracture2 , :hasDiameterAfterFracture2_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasOriginalCrossSection_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOriginalCrossSection"@en;
rdfs:range :OriginalCrossSection;
skos:preflabel "hasOriginalCrossSection"@en .
:TestPieceProcessing
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPieceProcessing"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Test Piece Processing"@en;
skos:altlabel "Test Piece Processing"@en;
skos:preflabel "TestPieceProcessing"@en .
:StressExponent_n
rdf:type owl:Class;
rdfs:comment "DAMASK phenopower law parameter"@en .
:hasFLCDetermination
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FLCDetermination";
rdfs:seeAlso :FLCDetermination , :hasFLCDetermination_Object .
:hasEulerAngle1
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EulerAngle1";
rdfs:seeAlso :EulerAngle1 , :hasEulerAngle1_Object .
:hasTestingRate
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestingRate";
rdfs:seeAlso :TestingRate , :hasTestingRate_Object .
:PrincipalStressLimit4PostProcessing
rdf:type owl:Class , skos:Concept;
rdfs:label "PrincipalStressLimit4PostProcessing"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Table ID with first principal stress limit as function of plastic strain (curves) and plastic strain rate (table). This option is for post-processing purposes only and gives an indication of areas in the structure where failure is likely to occur"@en;
skos:altlabel "LCPS"@en;
skos:preflabel "PrincipalStressLimit4PostProcessing"@en;
:hasExampleData "9";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasFadingExponent_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has FadingExponent";
rdfs:seeAlso :FadingExponent , :hasFadingExponent_Object;
:hasUnit ;
:hasUnitLabel "1" .
:hasMaterialIdentifier_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMaterialIdentifier"@en;
rdfs:range :MaterialIdentifier;
skos:preflabel "hasMaterialIdentifier"@en .
:Hill48L
rdf:type owl:Class;
rdfs:comment "Parameter L for Hill48 yield criterion"@en .
:hasElasticityModel_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasElasticityModel"@en;
rdfs:range :ElasticityModel;
skos:preflabel "hasElasticityModel"@en .
:hasWidthChange_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has WidthChange";
rdfs:seeAlso :WidthChange , :hasWidthChange_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:LubricationSystem
rdf:type owl:Class , skos:Concept;
rdfs:label "LubricationSystem"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Schmiermittelschicht zwischen Stempel und Probe\" [DIN EN ISO 12004-2: 2021_07, 16]"@de , "\"lubrication layer between specimen and punch\" [DIN EN ISO 12004-2: 2021_07, 8]"@en;
skos:altlabel "lubrication system"@en , "Schmiersystem"@de;
skos:preflabel "LubricationSystem"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 16"@de , "DIN EN ISO 12004-2: 2021_07, 8"@en;
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 9"@en , "DIN EN ISO 12004-2: 2021_07, 17"@de .
:TensileTest
rdf:type owl:Class;
rdfs:label "Tensile Test"@en , "Zugversuch"@de;
rdfs:seeAlso pmdco:TensileTest;
skos:preflabel "Tensile Test"@en , "Zugversuch"@de;
skos:related pmdco:TensileTest .
:hasSampleIdentifier
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SampleIdentifier";
rdfs:seeAlso :SampleIdentifier , :hasSampleIdentifier_Object .
:MaterialIdentifier
rdf:type skos:Concept , owl:Class;
rdfs:label "MaterialIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "A unique number or label to address the defined material"@en , "Material identification for which this erosion definition applies.A unique number or label must be specified"@en;
skos:altlabel "MID"@en;
skos:preflabel "MaterialIdentifier"@en;
:hasExampleData "2a" , "1c";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasIndentationDiameterHorizontal_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasIndentationDiameterHorizontal"@en;
rdfs:range :IndentationDiameterHorizontal;
skos:preflabel "hasIndentationDiameterHorizontal"@en .
:Job
rdf:type owl:Class;
rdfs:label "Job"@en , "Job"@de;
skos:altlabel "Execution Job"@en;
skos:preflabel "Job"@en , "Job"@de .
:RemainingStress
rdf:type owl:Class;
rdfs:comment "Tensile test meta data entry from BAM file"@en;
rdfs:label "Restspannung"@de;
skos:preflabel "Restspannung"@de .
:hasGrade
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Grade";
rdfs:seeAlso :Grade , :hasGrade_Object .
:ProofStrengthPlasticExtension
rdf:type skos:Concept , owl:Class;
rdfs:label "ProofStrengthPlasticExtension"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"stress at which the plastic extension is equal to a specified percentage of the extensometer gauge length\" [DIN EN ISO 6892-1, 3.10.3]"@en , "\"Spannung, bei der die plastische Extensometer-Dehnung einem vorgegebenen Prozentanteil der Extensometer-Messlänge entspricht\" [DIN EN ISO 6892-1, 3.10.3]"@de;
skos:altlabel "Dehngrenze bei plastischer Extensometer-Dehnung"@de , "proof strength, plastic extension"@en;
skos:preflabel "ProofStrengthPlasticExtension"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.10.3"@en , "DIN EN ISO 6892-1, 3.10.3"@de;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "DIN EN ISO 6892-1, 3.10.3"@en , "DIN EN ISO 6892-1, 3.10.3"@de;
:hasSymbol "Rp"@en;
:hasSymbolLatex "R_{p}"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:TestingMachineUncertainty
rdf:type owl:Class , skos:Concept;
rdfs:label "TestingMachineUncertainty"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Testing Machine Uncertainty"@en;
skos:altlabel "Testing Machine Uncertainty"@en;
skos:preflabel "TestingMachineUncertainty"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1" .
:hasLabelSource
rdf:type owl:DatatypeProperty;
rdfs:label "has label source"@en;
dc:description "The source for the resource label (rdfs:label or skos:preflabel). The language tag denotes the language of the label this source is for."@en;
skos:preflabel "has label source"@en .
:hasSampleProduction
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SampleProduction";
rdfs:seeAlso :SampleProduction , :hasSampleProduction_Object .
:EvaluationMethod
rdf:type owl:Class , skos:Concept;
rdfs:label "EvaluationMethod"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Bewertungsverfahren zur Bestimmung der Krümmung und der Formänderung.\" [DIN EN ISO 16808:2022-08, 12]"@de , "\"Evaluation method used for identification of the curvature and the average strain.\" [DIN EN ISO 16808:2022-08, 12]"@en;
skos:altlabel "Bewertungsverfahren"@de , "Evaluation method"@en;
skos:preflabel "EvaluationMethod"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de .
rdf:type owl:Class .
:hasExtensionAtFracture_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ExtensionAtFracture";
rdfs:seeAlso :ExtensionAtFracture , :hasExtensionAtFracture_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasOperator_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasOperator"@en;
rdfs:range :Operator;
skos:preflabel "hasOperator"@en .
:rollGap
rdf:type owl:Class;
rdfs:label "roll gap"@en , "Walzspalt"@de;
skos:preflabel "roll gap"@en , "Walzspalt"@de .
:TestPiecePreparation
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPiecePreparation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Test Piece Preparation"@en;
skos:altlabel "Test Piece Preparation"@en;
skos:preflabel "TestPiecePreparation"@en .
:hasInteractionMatrix_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has InteractionMatrix";
rdfs:seeAlso :InteractionMatrix , :hasInteractionMatrix_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:hasPercentageElongationAfterFracture_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentageElongationAfterFracture";
rdfs:seeAlso :PercentageElongationAfterFracture , :hasPercentageElongationAfterFracture_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:hasTestPieceGeometry
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceGeometry";
rdfs:seeAlso :TestPieceGeometry , :hasTestPieceGeometry_Object .
:hasInitialCriticalStrength_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasInitialCriticalStrength"@en;
rdfs:range :InitialCriticalStrength;
skos:preflabel "hasInitialCriticalStrength"@en .
:hasMinTimeStep4ElementDel_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasMinTimeStep4ElementDel"@en;
rdfs:range :MinTimeStep4ElementDel;
skos:preflabel "hasMinTimeStep4ElementDel"@en .
:FormingLimitDiagram
rdf:type skos:Concept , owl:Class;
rdfs:label "FormingLimitDiagram"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Grenzformänderungsdiagramm\" [DIN EN ISO 12004-2: 2021_07]"@de;
skos:altlabel "FLD"@en , "Grenzformänderungsdiagramm"@de;
skos:preflabel "FormingLimitDiagram"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 7"@en , "DIN EN ISO 12004-2: 2021_07"@de;
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 7"@en , "DIN EN ISO 12004-2: 2021_07, 7"@de .
:hasTimeDependentEngineeringStrainRate_PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TimeDependentEngineeringStrainRate";
rdfs:seeAlso :TimeDependentEngineeringStrainRate , :hasTimeDependentEngineeringStrainRate_Object;
:hasUnit qudtUnit:PER-SEC;
:hasUnitLabel "s-1" .
:TestPieceLength
rdf:type skos:Concept , owl:Class;
rdfs:label "TestPieceLength"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Test piece length"@en , "Probengesamtlänge Lt"@de;
skos:preflabel "TestPieceLength"@en;
skos:related :TestPieceGeometry;
:hasLabelSource "YS1-Fz-D1Q"@de;
:hasSymbol "L_{t}"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasProofStrength_0.2Percentage_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ProofStrength_0.2Percentage";
rdfs:seeAlso :ProofStrength_0.2Percentage , :hasProofStrength_0.2Percentage_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasComputerControlledTensileTestingMachine_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasComputerControlledTensileTestingMachine"@en;
rdfs:range :ComputerControlledTensileTestingMachine;
skos:preflabel "hasComputerControlledTensileTestingMachine"@en .
:hasTotalLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTotalLength"@en;
rdfs:range :TotalLength;
skos:preflabel "hasTotalLength"@en .
:hasTypicalUnit
rdf:type owl:ObjectProperty;
rdfs:label "has typical unit"@en;
dc:description "A typical unit associated with the resource"@en;
skos:preflabel "has typical unit"@en .
:hasPressureChamber_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPressureChamber"@en;
rdfs:range :PressureChamber;
skos:preflabel "hasPressureChamber"@en .
:hasTestStandard_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestStandard"@en;
rdfs:range :TestStandard;
skos:preflabel "hasTestStandard"@en .
:hasOriginalGaugeLength_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has OriginalGaugeLength";
rdfs:seeAlso :OriginalGaugeLength , :hasOriginalGaugeLength_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasPermanentSetStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasPermanentSetStrength"@en;
rdfs:range :PermanentSetStrength;
skos:preflabel "hasPermanentSetStrength"@en .
:hasElasticConstantC12_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ElasticConstantC12";
rdfs:seeAlso :ElasticConstantC12 , :hasElasticConstantC12_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:transverseDirection
rdf:type owl:Class;
rdfs:label "transverse direction"@en , "Querrichtung"@de;
skos:altlabel "TD"@en;
skos:preflabel "transverse direction"@en , "Querrichtung"@de .
:TemperatureSensor
rdf:type owl:Class;
rdfs:comment "Sensor to measure temperatur"@en .
:hasExampleData
rdf:type owl:DatatypeProperty;
dc:description "example data for the given concept"@en .
:Component
rdf:type owl:Class;
rdfs:label "Component"@en , "Komponente"@de;
skos:preflabel "Component"@en , "Komponente"@de .
:hasPercentagePlasticExtensionAtMaximumForce_PERCENT
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PercentagePlasticExtensionAtMaximumForce";
rdfs:seeAlso :PercentagePlasticExtensionAtMaximumForce , :hasPercentagePlasticExtensionAtMaximumForce_Object;
:hasUnit qudtUnit:PERCENT;
:hasUnitLabel "%" .
:InventoryNumber
rdf:type skos:Concept , owl:Class;
rdfs:label "InventoryNumber"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Inventarnummer"@de;
skos:preflabel "InventoryNumber"@en;
:hasLabelSource "Messmitteldatenbank"@de .
:FadingExponent
rdf:type owl:Class , skos:Concept;
rdfs:label "FadingExponent"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Exponent for damage-related stress fadeout:\nLT.0.0: |FADEXP| is a load curve ID defining element-size dependent fading exponent.\nGT.0.0: Constant fading exponent"@en;
skos:altlabel "FADEXP"@en;
skos:preflabel "FadingExponent"@en;
:hasExampleData "2.5";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:hasSpecificPlasticWork
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has SpecificPlasticWork";
rdfs:seeAlso :SpecificPlasticWork , :hasSpecificPlasticWork_Object .
:Code
rdf:type owl:Class;
rdfs:comment "A external general simulation program. e.g. DAMASK or LAMMPS. A Code gets executed by a job"@en;
rdfs:label "Code"@en , "Code"@de;
rdfs:seeAlso :Software;
skos:altlabel "Ablauf"@de;
skos:preflabel "Code"@en , "Code"@de;
skos:related :Software .
:hasTruePlasticThicknessStrain
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TruePlasticThicknessStrain";
rdfs:seeAlso :TruePlasticThicknessStrain , :hasTruePlasticThicknessStrain_Object .
:hasMeanEngineeringStrainRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMeanEngineeringStrainRate"@en;
rdfs:range :MeanEngineeringStrainRate;
skos:preflabel "hasMeanEngineeringStrainRate"@en .
:hasBrinellHardness_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBrinellHardness"@en;
rdfs:range :BrinellHardness;
skos:preflabel "hasBrinellHardness"@en .
:Discretization
rdf:type skos:Concept , owl:Class;
rdfs:label "Discretization"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Diskretisierung bzw. die Anzahl an Elementen für das Mikrostrukturmodell\" [General Knowledge]"@de , "\"Discretization or rather number of elements used for the microstructure model\" [General Knowledge]"@en;
skos:altlabel "Diskritisierung"@de , "Discretization"@en;
skos:preflabel "Discretization"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de .
:hasBrinellHardnessCRMStandardDeviation_HBW
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has BrinellHardnessCRMStandardDeviation";
rdfs:seeAlso :BrinellHardnessCRMStandardDeviation , :hasBrinellHardnessCRMStandardDeviation_Object;
:hasUnit :HBW;
:hasUnitLabel "HBW" .
:Solver
rdf:type owl:Class;
rdfs:comment "A software for solving compelex lin-diff equations, Like Abaqus or Lsdyna"@en;
rdfs:label "Solver"@en , "Solver"@de;
skos:altlabel "Gleichungslöser"@de;
skos:preflabel "Solver"@en , "Solver"@de .
:hasStrainRateFormulationFlag
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has StrainRateFormulationFlag";
rdfs:seeAlso :StrainRateFormulationFlag , :hasStrainRateFormulationFlag_Object .
:BrinellHardnessCRMAverage
rdf:type owl:Class , skos:Concept;
rdfs:label "BrinellHardnessCRMAverage"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "CRM Average Brinell Hardness"@en;
skos:altlabel "CRM Average Brinell Hardness"@en;
skos:preflabel "BrinellHardnessCRMAverage"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:hasElongation_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Elongation";
rdfs:seeAlso :Elongation , :hasElongation_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasPunchVelocity_MilliM-PER-SEC
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has PunchVelocity";
rdfs:seeAlso :PunchVelocity , :hasPunchVelocity_Object;
:hasUnit qudtUnit:MilliM-PER-SEC;
:hasUnitLabel "mm/s" .
:CrossheadSeparationRate
rdf:type owl:Class , skos:Concept;
rdfs:label "CrossheadSeparationRate"@en;
rdfs:seeAlso :ParallelLength;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"The displacement of the crosshead per time\" [Authors]"@en , "\"displacement of the crossheads per time\" [DIN EN ISO 6892-1, 3.7.3]"@en , "\"Traversenweg je Zeiteinheit\" [DIN EN ISO 6892-1, 3.7.3]"@de , "\"The speed of the experiment.\" [Authors]"@en;
skos:altlabel "crosshead separation rate"@en , "Traversengeschwindigkeit"@de , "Prüfgeschwindigkeit"@de , "v0"@en;
skos:preflabel "CrossheadSeparationRate"@en;
skos:related :ParallelLength;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.7.3"@de , "DIN EN ISO 6892-1, 3.7.3"@en , "Authors"@en;
:hasExampleData "0.01" , "0.02" , "0.1" , "4800";
:hasLabelSource "DIN EN ISO 6892-1, 3.7.3"@de , "DIN EN ISO 6892-1, 3.7.3"@en , "AFZ1-ST-D1"@en , "YS1-Sz0°-S1L"@de , "DX56_D_FZ2_WR00_43.TXT"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en , "AFZ1-Fz-S1Q.xlsx"@de;
:hasSymbol "vc"@en;
:hasSymbolLatex "\\nu_c"@en;
:hasTypicalUnit qudtUnit:MilliM-PER-SEC;
:hasTypicalUnitLabel "mm/s" , "mm s -1" .
:Hill48G
rdf:type owl:Class;
rdfs:comment "Parameter G for Hill48 yield criterion"@en .
:hasGridSize_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasGridSize"@en;
rdfs:range :GridSize;
skos:preflabel "hasGridSize"@en .
:hasEulerAngle1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEulerAngle1"@en;
rdfs:range :EulerAngle1;
skos:preflabel "hasEulerAngle1"@en .
:IndentationDiameterVertical
rdf:type skos:Concept , owl:Class;
rdfs:label "IndentationDiameterVertical"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Indentation Vertical Diameter"@en;
skos:altlabel "Indentation Vertical Diameter"@en;
skos:preflabel "IndentationDiameterVertical"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:rollingForce
rdf:type owl:Class;
rdfs:label "rolling force"@en , "Walzkraft"@de;
skos:preflabel "rolling force"@en , "Walzkraft"@de .
rdf:type owl:Class .
:Rp02
rdf:type owl:Class;
rdfs:comment "Rp0,2 parameter"@en .
:FLCDetermination
rdf:type skos:Concept , owl:Class;
rdfs:label "FLCDetermination"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Die Bestimmung der FLC aus den Messungen sollte mit Hilfe des „positionsabhängigen“ Verfahrens durchgeführt werden.\" [DIN EN ISO 12004-2: 2021_07, 19]"@de;
skos:altlabel "FLC-Bestimmung"@de , "FLC determination"@en;
skos:preflabel "FLCDetermination"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 19"@de , "DIN EN ISO 12004-2: 2021_07, 19"@en;
:hasExampleData "intersection line method";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 19"@en , "AFZ1-NZ50-25-D1Q"@en , "AFZ1-NZ50-25-D1Q"@de;
:isBasedOn :TestStandard .
:hasMinimumCrossSectionAfterFracture_MilliM2
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MinimumCrossSectionAfterFracture";
rdfs:seeAlso :MinimumCrossSectionAfterFracture , :hasMinimumCrossSectionAfterFracture_Object;
:hasUnit qudtUnit:MilliM2;
:hasUnitLabel "mm2" .
:hasUser
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has User";
rdfs:seeAlso :User , :hasUser_Object .
:hasTrueFractureStress_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTrueFractureStress"@en;
rdfs:range :TrueFractureStress;
skos:preflabel "hasTrueFractureStress"@en .
:InitialStress
rdf:type owl:Class;
rdfs:comment "Tensile test meta data entry from BAM file"@en;
rdfs:label "Anfangsspannung"@de;
skos:preflabel "Anfangsspannung"@de .
:hasMaterialClass_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMaterialClass"@en;
rdfs:range :MaterialClass;
skos:preflabel "hasMaterialClass"@en .
:ShearStrength
rdf:type skos:Concept , owl:Class;
rdfs:label "ShearStrength"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"shear strength\" [Authors]"@en;
skos:altlabel "Zugfestigkeit Rm"@de;
skos:preflabel "ShearStrength"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "468";
:hasLabelSource "YS1-Sz0°-S1L"@de;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa";
:isBasedOn :EngineeringStress .
:BrinellHardness
rdf:type skos:Concept , owl:Class;
rdfs:label "BrinellHardness"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Brinell Hardness"@en;
skos:altlabel "Brinell Hardness"@en;
skos:preflabel "BrinellHardness"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:hasEffecticStrain_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EffecticStrain";
rdfs:seeAlso :EffecticStrain , :hasEffecticStrain_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "-" .
:MaterialInstabilityStrain
rdf:type skos:Concept , owl:Class;
rdfs:label "MaterialInstabilityStrain"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Critical plastic strain (material instability)\nLT.0.0: |ECRIT| is either a load curve ID defining critical equivalent plastic strain versus triaxiality or a table ID defining critical equivalent plastic strain as a function of triaxiality and Lode parameter (as in LCSDG). With HISVN ≠ 0, a 3D table can be used, where critical strain is a function of the history variable (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE). With HISVN = 0, a 3D table introduces thermal effects, that is, critical strain is a function of temperature (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE).\nEQ.0.0: Fixed value DCRIT defining critical damage is read (see below).\nGT.0.0: Fixed value for stress-state independent critical equivalent plastic strain."@en;
skos:altlabel "ECRIT"@en;
skos:preflabel "MaterialInstabilityStrain"@en;
:hasExampleData "3";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:DiameterAfterFracture1
rdf:type skos:Concept , owl:Class;
rdfs:label "DiameterAfterFracture1"@en;
rdfs:seeAlso :DiameterAfterFracture2;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probendurchmesser nach Bruch D1"@de;
skos:preflabel "DiameterAfterFracture1"@en;
skos:related :DiameterAfterFracture2;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasDisplacement_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Displacement";
rdfs:seeAlso :Displacement , :hasDisplacement_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasWidthStrain_UNITLESS
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has WidthStrain";
rdfs:seeAlso :WidthStrain , :hasWidthStrain_Object;
:hasUnit qudtUnit:UNITLESS;
:hasUnitLabel "1" .
:hasOperator
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Operator";
rdfs:seeAlso :Operator , :hasOperator_Object .
:SampleIdentifier
rdf:type skos:Concept , owl:Class;
rdfs:comment "Unique ID (IWM intern)"@en;
rdfs:label "SampleIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Unique ID (IWM intern)\" [Authors]"@en;
skos:altlabel "Specimen name"@en , "Sample identifier"@en , "Specimen Name"@en , "NAME"@de , "Probennummer"@de , "Probenbezeichnung"@de , "Proben-Nr."@de;
skos:preflabel "SampleIdentifier"@en;
:hasDescriptionCitationSource "Authors"@en , "Unique ID (IWM intern)"@de;
:hasExampleData "YS1-FzR4-S1Q" , "AFZ1-ST-D1" , "AWA_1_01_Rz" , "AFZ1-Fz-101Q" , "AFZ-BU-S1" , "AFZ1-NZ50-25-D1Q";
:hasLabelSource "AFZ1-ST-D1"@en , "AFZ1-Fz-S1Q.xlsx"@de , "AFZ1-NZ50-25-D1Q"@de , "deepl translator"@en , "AWA_1_01_Rz-46N171"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en , "AFZ-BU-S1.TXT"@de , "YS1-Sz0°-S1L"@de , "YS1-Fz-D1Q"@de , "AFZ1-NZ50-25-D1Q"@en .
:hasTestingFacility_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTestingFacility"@en;
rdfs:range :TestingFacility;
skos:preflabel "hasTestingFacility"@en .
:hasTensileStrength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasTensileStrength"@en;
rdfs:range :TensileStrength;
skos:preflabel "hasTensileStrength"@en .
:hasDescriptionCitationSource
rdf:type owl:DatatypeProperty;
rdfs:label "has description citation source"@en;
dc:description "When a description of a resource is a citation, this attribute can be used to mark it as citation and give the source for the citation. The language tag denotes the language of the citation this source is for."@en;
skos:preflabel "has description citation source"@en .
:hasProofStrengthPlasticExtension_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasProofStrengthPlasticExtension"@en;
rdfs:range :ProofStrengthPlasticExtension;
skos:preflabel "hasProofStrengthPlasticExtension"@en .
:MeanPlasticStrainRate
rdf:type owl:Class , skos:Concept;
rdfs:label "MeanPlasticStrainRate"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"mean value of the time dependent engineering strain rate: de(t)/dt in the range between start of yield point or 1% strain and strain ar maximum force\" [ISO 26203-2, 2011, 4]"@en , "\"Mittelwert der zeitabhängigen technischen Dehnrate: de(t)/dt im Bereich zwischen Fließbeginn oder 1% Dehnung und Dehnung bei Maximalkraft\" [Authors]"@de;
skos:altlabel "mean plastic strain rate"@en , "mittlere plastische Dehnrate"@de;
skos:preflabel "MeanPlasticStrainRate"@en;
:hasDescriptionCitationSource "ISO 26203-2, 2011, 4"@en , "Authors"@de;
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "Standard definition specific"@de;
:hasSymbol "epl"@en;
:hasSymbolLatex "\\dot{e}_{pl}"@en;
:hasTypicalUnit qudtUnit:PER-SEC;
:hasTypicalUnitLabel "s-1" .
:OriginalWidth
rdf:type owl:Class , skos:Concept;
rdfs:comment "Original width of the parallel length of a flat test piece"@en;
rdfs:label "OriginalWidth"@en;
rdfs:seeAlso :TestPieceGeometry;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"original width of the parallel length of a flat test piece or average width of the longi\ntudinal strip taken from a tube or width of flat wire\" [DIN EN ISO 6892-1, Table 1]"@en , "\"The width of the specimen.\" [Authors]"@en , "\"Original width of the parallel length of a flat test piece\" [Authors]"@en , "\"(Anfangs-)Breite einer Flachprobe in der parallelen Länge oder mittlere Breite einer Rohrstreifenprobe oder eines Profildrahtes\" [DIN EN ISO 6892-1, Tabelle 1]"@de;
skos:altlabel "Probenbreite b0"@de , "Width"@en , "Probenbreite b"@de , "original width"@en , "(Anfangs-)Breite einer Flachprobe in der parallelen Länge oder mittlere Breite einer Rohrstreifenprobe oder eines Profildrahtes"@de , "Probenbreite"@de , "Original width"@en;
skos:preflabel "OriginalWidth"@en;
skos:related :TestPieceGeometry;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 6892-1, Table 1"@en , "DIN EN ISO 6892-1, Tabelle 1"@de;
:hasExampleData "20.04" , "10040" , "10054";
:hasLabelSource "YS1-Fz-D1Q"@de , "DIN EN ISO 6892-1, Table 1"@en , "AFZ1-Fz-S1Q.xlsx"@de , "DIN EN ISO 6892-1, Tabelle 1"@de , "DX56_D_FZ2_WR00_43.TXT"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en;
:hasSymbol "bo"@en , "b_{0}"@en;
:hasSymbolLatex "b_o"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:GlassbendingProcess
rdf:type owl:Class .
:hasEngineeringStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has EngineeringStress";
rdfs:seeAlso :EngineeringStress , :hasEngineeringStress_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:SampleProduction
rdf:type owl:Class , skos:Concept;
rdfs:label "SampleProduction"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"der Herstellungsprozess der Probe\" [Authors]"@de , "\"the production type for the manufactoring of the sample\" [Authors]"@en;
skos:altlabel "sample production"@en , "Probenherstellung"@de;
skos:preflabel "SampleProduction"@en;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de;
:hasExampleData "Wasserstrahlschneiden";
:hasLabelSource "K-Item"@de , "linguee"@en .
:DefaultValue
rdf:type owl:Class , skos:Concept;
rdfs:label "DefaultValue"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"unterer oder oberer Wert für die Spannung beziehungsweise Extensometer-Dehnung, der für die Beschreibung des Bereichs, in dem der Elastizitätsmodul berechnet wird, benutzt wird\" [DIN EN ISO 6892-1, 3.14]"@de , "\"lower or upper value for stress respectively strain which is used for the description of the range where the modulus of elasticity is calculated\" [DIN EN ISO 6892-1, 3.14]"@en;
skos:altlabel "Vorgabewert"@de , "default value"@en;
skos:preflabel "DefaultValue"@en;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.14"@en , "DIN EN ISO 6892-1, 3.14"@de;
:hasLabelSource "DIN EN ISO 6892-1, 3.14"@en , "DIN EN ISO 6892-1, 3.14"@de .
:hasSubJob
rdf:type owl:ObjectProperty;
rdfs:domain :PyironJob;
rdfs:label "has a sub job"@en;
rdfs:range :PyironJob;
skos:preflabel "has a sub job"@en .
:BrinellHardnessCRMStandardDeviation
rdf:type skos:Concept , owl:Class;
rdfs:label "BrinellHardnessCRMStandardDeviation"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "CRM Standard Deviation of Brinell Hardness"@en;
skos:altlabel "CRM Standard Deviation of Brinell Hardness"@en;
skos:preflabel "BrinellHardnessCRMStandardDeviation"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:hasStrainRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasStrainRate"@en;
rdfs:range :StrainRate;
skos:preflabel "hasStrainRate"@en .
:Clamping
rdf:type skos:Concept , owl:Class;
rdfs:label "Clamping"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Clamping"@en;
skos:preflabel "Clamping"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "with bead";
:hasLabelSource "AFZ1-NZ50-25-D1Q"@en .
:hasEmpty
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Empty";
rdfs:seeAlso :Empty , :hasEmpty_Object .
:RateSensitivityOfSlip
rdf:type skos:Concept , owl:Class;
rdfs:label "RateSensitivityOfSlip"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Scherratensensitivität, die im Kristallplastizitätsmodell verwendet wurde\" [General Knowledge]"@de , "\"Rate sensivity of slip used in the crystal plasticity constitutive model\" [General Knowledge]"@en;
skos:altlabel "Rate sensitivity of slip "@en , "Scherratensensititvität"@de;
skos:preflabel "RateSensitivityOfSlip"@en;
:hasDescriptionCitationSource "General Knowledge"@en , "General Knowledge"@de;
:hasLabelSource "General Knowledge"@en , "General Knowledge"@de;
:hasSymbol "m"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "-" .
:Grid
rdf:type skos:Concept , owl:Class;
rdfs:label "Grid"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Type of grid used for DIC measurements.\" [DIN EN ISO 16808:2022-08, 12]"@en , "\"Art des Gitters, welches für die DIC-Messungen verwendet wurde.\" [DIN EN ISO 16808:2022-08, 12]"@de;
skos:altlabel "Grid"@en , "Gitter"@de;
skos:preflabel "Grid"@en;
:hasDescriptionCitationSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de;
:hasLabelSource "DIN EN ISO 16808:2022-08, 12"@en , "DIN EN ISO 16808:2022-08, 12"@de .
:hasTestTemperatur
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestTemperatur";
rdfs:seeAlso :TestTemperatur , :hasTestTemperatur_Object .
:TestStandard
rdf:type owl:Class , skos:Concept;
rdfs:comment "The norm according to which the experiment was conducted."@en;
rdfs:label "TestStandard"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Test Standard unter dem der hydraulische Tiefungsversuch durchgeführt wurde.\" [wes]"@de , "\"Test Standard unter dem der hydraulische Tiefungsversuch durchgeführt wurde.\" [Authors]"@de , "\"Test standard to which the test is referred\" [Authors]"@en , "\"The norm according to which the experiment was conducted.\" [Authors]"@en;
skos:altlabel "Test Standard"@de , "Prüfnorm"@de , "Test standard"@en , "Testing Standard"@en;
skos:preflabel "TestStandard"@en;
:hasDescriptionCitationSource "Authors"@en , "Authors"@de , "wes"@de;
:hasExampleData "DIN EN ISO 16808" , "DIN EN ISO 12004-2" , "DIN EN ISO 6892-1";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 8"@en , "Authors"@de , "AFZ-BU-S1.TXT"@de , "AFZ1-NZ50-25-D1Q"@en , "AFZ1-NZ50-25-D1Q"@de , "DIN EN ISO 16808:2022-08, 12"@en .
:hasWidthAfterFracture1_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has WidthAfterFracture1";
rdfs:seeAlso :WidthAfterFracture1 , :hasWidthAfterFracture1_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:ThicknessAfterFracture2
rdf:type owl:Class , skos:Concept;
rdfs:label "ThicknessAfterFracture2"@en;
rdfs:seeAlso :ThicknessAfterFracture1;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Probendicke A2 nach Bruch"@de;
skos:preflabel "ThicknessAfterFracture2"@en;
skos:related :ThicknessAfterFracture1;
:hasLabelSource "YS1-Sz0°-S1L"@de , "AFZ1-Fz-S1Q.xlsx"@de;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasMinorTrueStrain
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has MinorTrueStrain";
rdfs:seeAlso :MinorTrueStrain , :hasMinorTrueStrain_Object .
:TimeSeriesSimulation
rdf:type owl:Class;
rdfs:comment "A Simulation that return a time Series"@en;
rdfs:label "Time series simulation"@en , "Zeitreihensimulation"@de;
skos:preflabel "Time series simulation"@en , "Zeitreihensimulation"@de .
:RValue
rdf:type skos:Concept , owl:Class;
rdfs:label "RValue"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Rinc"@en;
skos:preflabel "RValue"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "r-ges"@en;
:hasSymbolLatex "r-ges"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1";
:isBasedOn :WidthStrain , :TrueStrain .
:hasClampingForce_N
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has ClampingForce";
rdfs:seeAlso :ClampingForce , :hasClampingForce_Object;
:hasUnit qudtUnit:N;
:hasUnitLabel "N" .
:hasLaboratory
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Laboratory";
rdfs:seeAlso :Laboratory , :hasLaboratory_Object .
:hasDualPhaseSteel_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasDualPhaseSteel"@en;
rdfs:range :DualPhaseSteel;
skos:preflabel "hasDualPhaseSteel"@en .
:hasMeasuringDevice_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasMeasuringDevice"@en;
rdfs:range :MeasuringDevice;
skos:preflabel "hasMeasuringDevice"@en .
:hasWidthStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasWidthStrain"@en;
rdfs:range :WidthStrain;
skos:preflabel "hasWidthStrain"@en .
:hasStressRate_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasStressRate"@en;
rdfs:range :StressRate;
skos:preflabel "hasStressRate"@en .
:hasExtensometerGaugeLength_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasExtensometerGaugeLength"@en;
rdfs:range :ExtensometerGaugeLength;
skos:preflabel "hasExtensometerGaugeLength"@en .
:MachineLearning
rdf:type owl:Class .
:hasHardeningParameterTau1_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHardeningParameterTau1"@en;
rdfs:range :HardeningParameterTau1;
skos:preflabel "hasHardeningParameterTau1"@en .
:processChainSimulation
rdf:type owl:Class;
rdfs:label "Process chain simulation"@en , "Prozesskettensimulation"@de;
skos:preflabel "Process chain simulation"@en , "Prozesskettensimulation"@de .
:hasSlopeElasticPartStressStrainCurve_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSlopeElasticPartStressStrainCurve"@en;
rdfs:range :SlopeElasticPartStressStrainCurve;
skos:preflabel "hasSlopeElasticPartStressStrainCurve"@en .
:TestDirection
rdf:type owl:Class , skos:Concept;
rdfs:label "TestDirection"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"die Orientierung der Proben muss die Richtung der geringsten Grenzformänderung sein (Stahl Aussparungsrichtung quer zur WR, Aluminium Aussparungsrichtung längs zur WR)\" [DIN EN ISO 12004-2: 2021_07, 5]"@de;
skos:altlabel "test direction "@en , "Prüfrichtung"@de , "testing direction"@en;
skos:preflabel "TestDirection"@en;
:hasDescriptionCitationSource "DIN EN ISO 12004-2: 2021_07, 5"@en , "DIN EN ISO 12004-2: 2021_07, 5"@de;
:hasExampleData "quer";
:hasLabelSource "DIN EN ISO 12004-2: 2021_07, 13"@de , "AFZ1-NZ50-25-D1Q"@en , "DIN EN ISO 12004-2: 2021_07, 5"@en .
:hasAbsoluteCrossheadTravel_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has AbsoluteCrossheadTravel";
rdfs:seeAlso :AbsoluteCrossheadTravel , :hasAbsoluteCrossheadTravel_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasIndentationDiameterAverage_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasIndentationDiameterAverage"@en;
rdfs:range :IndentationDiameterAverage;
skos:preflabel "hasIndentationDiameterAverage"@en .
:hasBrinellHardnessUncertainty_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasBrinellHardnessUncertainty"@en;
rdfs:range :BrinellHardnessUncertainty;
skos:preflabel "hasBrinellHardnessUncertainty"@en .
:MatTabulatedJohnsonCook
rdf:type skos:Concept , owl:Class;
rdfs:label "MatTabulatedJohnsonCook"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Simple incompressible plasticity model with adiabatic approach"@en;
skos:altlabel "Mat224"@en;
skos:preflabel "MatTabulatedJohnsonCook"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en .
:TestNumber
rdf:type owl:Class .
:rollingSpeed
rdf:type owl:Class;
rdfs:label "rolling speed"@en , "Walzgeschwindigkeit"@de;
skos:altlabel "circunferencal speed"@en , "Walzenumfangsgeschwindigleit"@de;
skos:preflabel "rolling speed"@en , "Walzgeschwindigkeit"@de .
rdf:type owl:Ontology;
rdfs:label "StahlDigital Vocabulary"@en;
dc:description "Vocabulary of project StahlDigital"@en;
dcterms:contributor "Clemens Fehrenbach, Alexander Butz, Alexander Wessel, Andreas Trondl, Silke Klitschke, Paul Zierep, Lukas Morand, Dirk Helm";
dcterms:created "2023";
dcterms:date "2024-07-11T06:24:14+00:00";
owl:versionInfo "1.0"@en;
skos:prefLabel "StahlDigital Vocabulary"@en .
:hasEffecticStrain_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasEffecticStrain"@en;
rdfs:range :EffecticStrain;
skos:preflabel "hasEffecticStrain"@en .
:hasDefaultValue
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has DefaultValue";
rdfs:seeAlso :DefaultValue , :hasDefaultValue_Object .
:Location
rdf:type skos:Concept , owl:Class;
rdfs:label "Location"@en;
rdfs:subClassOf pmdco:ValueObject;
skos:altlabel "Standort"@de;
skos:preflabel "Location"@en;
:hasExampleData "Werkstatt";
:hasLabelSource "Messmitteldatenbank"@de .
:hasReferenceTemperature_Object
rdf:type owl:ObjectProperty;
rdfs:label "hasReferenceTemperature"@en;
rdfs:range :ReferenceTemperature;
skos:preflabel "hasReferenceTemperature"@en .
:hasRadiusDie_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has RadiusDie";
rdfs:seeAlso :RadiusDie , :hasRadiusDie_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:ExtensometerGaugeLength
rdf:type skos:Concept , owl:Class;
rdfs:comment "The intial gauge length used for measurement of extension by means of an extensometer"@en;
rdfs:label "ExtensometerGaugeLength"@en;
rdfs:seeAlso :ExtensionMeasuringSystem , :OriginalGaugeLength;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"initial extensometer gauge length used for measurement of extension by means of an extensometer\" [DIN EN ISO 6892-1, 3.5]"@en , "\"The intial gauge length Le used for measurement of extension by means of an extensometer\" [Authors]"@en , "\"Anfangsmesslänge des Dehnungsaufnehmers (Extensometer), die zum Messen der Verlängerung (3.6) benutzt wird\" [DIN EN ISO 6892-1, 3.5]"@de , "\"The intial gauge length used for measurement of extension by means of an extensometer\" [Authors]"@en;
skos:altlabel "Extensometer gauge length "@en , "L0"@en , "Extensometer-Messlänge"@de , "extensometer gauge length"@en , "Messlänge L0"@de , "Messlänge Lo"@de;
skos:preflabel "ExtensometerGaugeLength"@en;
skos:related :ExtensionMeasuringSystem , :OriginalGaugeLength;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 6892-1, 3.5"@de , "DIN EN ISO 6892-1, 3.5"@en;
:hasExampleData "20" , "20.94";
:hasLabelSource "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de , "DIN EN ISO 6892-1, 3.5"@de , "AFZ1-Fz-S1Q.xlsx"@de , "YS1-Sz0°-S1L"@de , "YS1-FzR4-S1Q"@en , "YS1-FzR4-S1Q"@de , "DIN EN ISO 6892-1, 3.5"@en;
:hasSymbol "L_{0}"@en , "Le"@en;
:hasSymbolLatex "L_e"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm" .
:hasStress_MegaPA
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has Stress";
rdfs:seeAlso :Stress , :hasStress_Object;
:hasUnit qudtUnit:MegaPA;
:hasUnitLabel "MPa" .
:hasSpecimenWidth_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasSpecimenWidth"@en;
rdfs:range :SpecimenWidth;
skos:preflabel "hasSpecimenWidth"@en .
:BrinellHardnessUncertainty
rdf:type owl:Class , skos:Concept;
rdfs:label "BrinellHardnessUncertainty"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Brinell Hardness Uncertainty"@en;
skos:altlabel "Brinell Hardness Uncertainty"@en;
skos:preflabel "BrinellHardnessUncertainty"@en;
:hasTypicalUnit :HBW;
:hasTypicalUnitLabel "HBW" .
:EffectiveStress
rdf:type owl:Class , skos:Concept;
rdfs:label "EffectiveStress"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"Effective stress data of the microstructure simulation caried out\" [General Knowledge]"@en , "\"Daten für die effektive Spannung der durchgeführten Mikrostruktursimulation\" [General Knowledge]"@de;
skos:altlabel "Effektive Spannung"@de , "Effective stress"@en;
skos:preflabel "EffectiveStress"@en;
:hasDescriptionCitationSource "General Knowledge"@de , "General Knowledge"@en;
:hasLabelSource "General Knowledge"@de , "General Knowledge"@en;
:hasTypicalUnit qudtUnit:MegaPA;
:hasTypicalUnitLabel "MPa" .
:rollingDirection
rdf:type owl:Class;
rdfs:label "rolling direction"@en , "Walzrichtung"@de;
skos:altlabel "RD"@en;
skos:preflabel "rolling direction"@en , "Walzrichtung"@de .
:TrueStrain
rdf:type owl:Class , skos:Concept;
rdfs:label "True Strain"@en , "TrueStrain"@en , "wahre Dehnung"@de;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"true strain\" [Authors]"@en;
skos:altlabel "Epsilon True"@en;
skos:preflabel "True Strain"@en , "wahre Dehnung"@de , "TrueStrain"@en;
:hasDescriptionCitationSource "Authors"@en;
:hasExampleData "0.004";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en;
:hasSymbol "epsw(dL)"@en;
:hasSymbolLatex "epsw(dL)"@en;
:hasTypicalUnit qudtUnit:UNITLESS;
:hasTypicalUnitLabel "1";
:isBasedOn :PercentageExtension .
:hasSymbol
rdf:type owl:DatatypeProperty;
dc:description "The typical formula symbol used"@en .
:PercentageElongationAfterFracture
rdf:type skos:Concept , owl:Class;
rdfs:label "PercentageElongationAfterFracture"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"bleibende Verlängerung (3.3) der Messlänge nach dem Bruch (Lu − Lo), angegeben in Prozent, bezogen auf die Anfangsmesslänge (3.1.1)\" [DIN EN ISO 6892-1, 3.4.2]"@de , "\"permanent elongation of the gauge length after fracture, (Lu − Lo), expressed as a percentage of the original gauge length (3.1.1)\" [DIN EN ISO 6892-1, 3.4.2]"@en , "\"percentage elongation after fracture\" [Authors]"@en;
skos:altlabel "Bruchdehnung"@de , "percentage elongation after fracture"@en , "A"@en , "Bruchdehnung A_20mm"@de;
skos:preflabel "PercentageElongationAfterFracture"@en;
:hasDescriptionCitationSource "Authors"@en , "DIN EN ISO 6892-1, 3.4.2"@en , "DIN EN ISO 6892-1, 3.4.2"@de;
:hasExampleData "35.6" , "37.8";
:hasLabelSource "AFZ1-Fz-S1Q.xlsx"@en , "ISO 26203-2, 2011, 4"@en , "YS1-Fz-D1Q"@de , "DIN EN ISO 6892-1, 3.4.2"@de , "DIN EN ISO 6892-1, 3.4.2"@en;
:hasSymbol "A"@en , "A20mm"@en , "A_{20mm}"@en;
:hasSymbolLatex "A"@en , "A_{20mm}"@en;
:hasTypicalUnit qudtUnit:PERCENT;
:hasTypicalUnitLabel "%";
:isBasedOn :PercentageExtension , :EngineeringStress , :ModulusOfElasticity .
:hasIdentifier_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasIdentifier"@en;
rdfs:range :Identifier;
skos:preflabel "hasIdentifier"@en .
rdf:type owl:Class .
:hasRollingDirection
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has RollingDirection";
rdfs:seeAlso :RollingDirection , :hasRollingDirection_Object .
:hasHardeningParameterTheta0_Object
rdf:type owl:ObjectProperty , rdf:Property;
rdfs:label "hasHardeningParameterTheta0"@en;
rdfs:range :HardeningParameterTheta0;
skos:preflabel "hasHardeningParameterTheta0"@en .
:StrainRateScaleParameterC
rdf:type owl:Class , skos:Concept;
rdfs:label "StrainRateScaleParameterC"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "Parameter C for strain rate approach for using the Cowper and Symonds model which scales the yield stress with the factor: 1+(epsDot/C)^(1/P)"@en;
skos:altlabel "C"@en;
skos:preflabel "StrainRateScaleParameterC"@en;
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnit ;
:hasTypicalUnitLabel "1" .
:Extension
rdf:type skos:Concept , owl:Class;
rdfs:label "Extension"@en;
rdfs:seeAlso :ExtensometerGaugeLength , :ExtensionMeasuringSystem , :DisplacementTransducer;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "\"increase in the extensometer gauge length (3.5), at any moment during the test\" [DIN EN ISO 6892-1, 3.6]"@en , "\"Zunahme der Extensometer-Messlänge zu einem beliebigen Zeitpunkt des Versuchs\" [DIN EN ISO 6892-1, 3.6]"@de , "\"Displacement of the extensometer (!) length\" [Authors]"@en , "\"Verlängerung (der Extensometer-Messlänge)\" [DIN EN ISO 6892-1, 3.6]"@de;
skos:altlabel "Verlängerung (der Extensometer-Messlänge)"@de , "Displacement"@en , "extension"@en , "dL"@de , "Extension"@en , "Standardweg"@de;
skos:preflabel "Extension"@en;
skos:related :ExtensionMeasuringSystem , :DisplacementTransducer , :ExtensometerGaugeLength;
:hasDescriptionCitationSource "DIN EN ISO 6892-1, 3.6"@de , "DIN EN ISO 6892-1, 3.6"@en , "Authors"@en;
:hasExampleData "0.001" , "0.026" , "-3.93633e-05";
:hasLabelSource "YS1-Fz-D1Q"@de , "YS1-FzR4-S1Q"@de , "YS1-FzR4-S1Q"@en , "AFZ1-Fz-S1Q.xlsx"@de , "DIN EN ISO 6892-1, 3.6"@en , "DIN EN ISO 6892-1, 3.6"@de , "YS1-Sz0°-S1L"@de , "DX56_D_FZ2_WR00_43.TXT"@de;
:hasSymbol "dL"@en;
:hasSymbolLatex "dL"@en;
:hasTypicalUnit qudtUnit:MilliM;
:hasTypicalUnitLabel "mm";
:isBasedOn :OriginalGaugeLength , :ExtensometerGaugeLength .
:FailureStrainIdentifier
rdf:type skos:Concept , owl:Class;
rdfs:label "FailureStrainIdentifier"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "The load curve ID defines plastic failure strain as a function of triaxiality. The table ID defines for each Lode parameter a load curve ID giving the plastic failure strain versus triaxiality for that Lode parameter"@en;
skos:altlabel "LCF"@en;
skos:preflabel "FailureStrainIdentifier"@en;
:hasExampleData "7";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:hasTotalAverageDiameter_MilliM
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TotalAverageDiameter";
rdfs:seeAlso :TotalAverageDiameter , :hasTotalAverageDiameter_Object;
:hasUnit qudtUnit:MilliM;
:hasUnitLabel "mm" .
:hasHardeningCurve
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has HardeningCurve";
rdfs:seeAlso :HardeningCurve , :hasHardeningCurve_Object .
:RollingMill
rdf:type owl:Class;
rdfs:label "rolling mill"@en , "Walzstraße"@de;
skos:preflabel "rolling mill"@en , "Walzstraße"@de .
:FailureStrainIdentifier4MeshDependency
rdf:type owl:Class , skos:Concept;
rdfs:label "FailureStrainIdentifier4MeshDependency"@en;
rdfs:subClassOf pmdco:ValueObject;
dcterms:description "The load curve ID defines plastic failure strain as a function of element size. The table ID defines for each triaxiality a load curve ID giving the plastic failure strain versus element size for that triaxiality. If a three dimensional table ID is referred, plastic failure strain can be a function of Lode parameter (TABLE_\n3D), triaxiality (TABLE), and element size (CURVE)"@en;
skos:altlabel "LCI"@en;
skos:preflabel "FailureStrainIdentifier4MeshDependency"@en;
:hasExampleData "4";
:hasLabelSource "LS-DYNA_Manual_Volume_2"@en;
:hasTypicalUnitLabel "-" .
:SEM
rdf:type owl:Class .
:hasTestPieceProducer
rdf:type rdf:Property , owl:DatatypeProperty;
rdfs:label "has TestPieceProducer";
rdfs:seeAlso :TestPieceProducer , :hasTestPieceProducer_Object .