3D MESHING

1. https://drive.google.com/open?id=1vgVQHa3a00-inMS-zFMgPM9TlOTQ_pjJ

2. https://drive.google.com/open?id=1Bon9PCQDaHo1uWpaE4rm05HSAFA2FBvU

3. https://drive.google.com/open?id=1dLtgIf03oqzz5FgWwUQJqjRppYXEW6Wu

AIM

The aim of the challenge is to 3D mesh the given models to the given parameters.

OBJECTIVE

• The geometry given is a solid component.
• The given geometry is of non uniform thickness.
• The meshing is done from 2D mesh and then it is converted to 3D tetramesh.
• The meshing is done the surface of the geometry
• Then the meshing for each part is done.

HOUSING

• The geometry is imported.
• Then the geometry clean up is done.
• The geometry is then laid to meshing.
• Initially the 2D meshing is done.
• Only tria elements are selected.
• The tet collapse is specified.

CRANK HUB

• The geometry is imported.
• Then the geometry clean up is done.
• The geometry is then laid to meshing.
• Initially the 2D meshing is done.
• Only tria elements are selected.
• The tet collapse is specified.

CHASIS ASSEMBLY

• The geometry is imported.
• Then the geometry clean up is done.
• The geometry is then laid to meshing.
• Initially the 2D meshing is done.
• Only tria elements are selected.
• The tet collapse is specified.
• The component is symmetrical.
• The mesh is done on one side and it is reflected.

CONCLUSION

THe challenge enrolls with 3D meshing which iks predominantly meshing from 2D to 3D , the meshing is done with only tria elements and there is no extraction of midsurfaces and the solids are deleted. The 3d MESHING is also done on volumetric 3d mesh.