Translations:FEM MeshGmshFromShape/6/en: Difference between revisions
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# Select the shape you want to analyze. For volume FEM this needs to be a solid or compsolid. A compsolid is necessary if your part is made from multiple materials. (A compsolid can be created with the [[Part_BooleanFragments|BooleanFragments]] command.) -- For shell and beam FEM somebody needs to fill in the details here. |
# Select the shape you want to analyze. For volume FEM this needs to be a solid or compsolid. A compsolid is necessary if your part is made from multiple materials. (A compsolid can be created with the [[Part_BooleanFragments|BooleanFragments]] command.) -- For shell and beam FEM somebody needs to fill in the details here. |
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# Press the {{KEY|[[Image:FEM_MeshGmshFromShape. |
# Press the {{KEY|[[Image:FEM_MeshGmshFromShape.svg|32px]] [[FEM_MeshGmshFromShape|FEM mesh from shape by GMSH]]}} button |
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# Optionally edit the minimal and maximal element size. (Autodetection works fine unless you apply complicated boundary conditions.) |
# Optionally edit the minimal and maximal element size. (Autodetection works fine unless you apply complicated boundary conditions.) |
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# Click the {{KEY|Apply}} button and wait for the computation of the mesh to complete |
# Click the {{KEY|Apply}} button and wait for the computation of the mesh to complete |
Revision as of 16:34, 1 December 2020
- Select the shape you want to analyze. For volume FEM this needs to be a solid or compsolid. A compsolid is necessary if your part is made from multiple materials. (A compsolid can be created with the BooleanFragments command.) -- For shell and beam FEM somebody needs to fill in the details here.
- Press the FEM mesh from shape by GMSH button
- Optionally edit the minimal and maximal element size. (Autodetection works fine unless you apply complicated boundary conditions.)
- Click the Apply button and wait for the computation of the mesh to complete
- Close the task. You now should see a new FEMMeshGMSH object in your active analysis container.