Difference between revisions of "PhParAdapt/Simmetrix"
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* To date, the steps described herein have only been tried with the following restrictions: | * To date, the steps described herein have only been tried with the following restrictions: | ||
** Tetrahedral elements | ** Tetrahedral elements | ||
| − | *** Extruded element types apparently can be used but require removal of any extrusion constraints in the mesh. Below are some incomplete details regarding that process for reference. See [https://fluid.colorado.edu/wiki/index.php?title=PhParAdapt-Simmetrix§ion= | + | *** Extruded element types apparently can be used but require removal of any extrusion constraints in the mesh. Below are some incomplete details regarding that process for reference. See [https://fluid.colorado.edu/wiki/index.php?title=PhParAdapt-Simmetrix§ion=Removal_of_Extrusion_Constraint] |
** Serial case | ** Serial case | ||
** Geometry created using SimModeler7.0-190626 | ** Geometry created using SimModeler7.0-190626 | ||
Revision as of 12:17, 28 April 2021
The following page provides details for performing mesh adaptation using the PhParAdapt tool with Simmetrix routines.
Initial Notes to User
- The solution migration feature is currently broken and thus requires other means for transferring the solution to new meshes that are created from PhParAdapt (e.g. solution interpolation in Paraview)
- To date, the steps described herein have only been tried with the following restrictions:
- Tetrahedral elements
- Extruded element types apparently can be used but require removal of any extrusion constraints in the mesh. Below are some incomplete details regarding that process for reference. See [1]
- Serial case
- Geometry created using SimModeler7.0-190626
- Tetrahedral elements
Removal of Extrusion Constraint
Riccardo has used a procedure in the past to remove the extrusion constraint from a mesh that enabled adaptation to be performed on extrusion-type elements.
The following directory contains an example of this process:
/projects/tools/Models/NASAWingBodyJunction/RajMeshFine/Mesh/1-1-phParAdapt/RemExtrusion/
The executable that is called for removal of the constraint is a part of SCOREC-core, found at <path/to/SCOREC-core/build/dir>/test/rm_extrusion and the source code, in case edits are required, is found at <path/to/SCOREC-core/source/dir>/core/test/rm_extrusion.cc
