THREED_TO_VU is a MATLAB program which accepts computational data from a 3D finite element fluid flow program and writes it to a VU file for postprocessing by VU.
The program which generated the data is available as NS3D_FEM; it uses the finite element method to solve the steady, incompressible Navier Stokes equations for fluid flow.
Information about VU is available at http://www.invisu.ca/e/index.php.
THREED_TO_VU was written by Jeff Borggaard, Mathematics Department, Virginia Tech.
The computer code and data files described and made available on this web page are distributed under the GNU LGPL license.
NS3D_FEM, a MATLAB program which sets up and solves a finite element formulation of the steady incompressible 3D Navier Stokes equations on a user-defined geometry. The program can output graphics files for TECPLOT, VU or the VTK format used by PARAVIEW.
TET_MESH, a MATLAB library which carries out various operations on tetrahedral meshes.
TET_MESH_TET_NEIGHBORS, a MATLAB program which reads information about a tet mesh and writes out a list of the tetrahedrons that are adjacent to a given tetrahedron;
THREED, a MATLAB library which contains functions useful for 3D finite element calculations.
THREED_TO_TECPLOT, a MATLAB program which accepts computational data from a 3D finite element fluid flow program and writes it to a PLT file for postprocessing by TECPLOT.
THREED_TO_VTK, a MATLAB program which accepts computational data from a 3D finite element fluid flow program and writes it to a VTK "legacy" file for postprocessing by PARAVIEW.
THREED_TO_VTU, a MATLAB program which accepts computational data from a 3D finite element fluid flow program and writes it to a VTK unstructured grid file for postprocessing by PARAVIEW.
VU, a data directory which contains examples of VU files, a file format used by the VU program;
CASE1 is a built-in example, which can be run by the command
steady_navierstokes_3d ( 1 )
All data for this example is generated internally; no input files are needed.
CASE2 is a built-in example, which can be run by the command
steady_navierstokes_3d ( 2 )
This example needs some large external input files.
You can go up one level to the MATLAB source codes.