3D Tetra Meshing in Hypermesh
1. Create Teramesh for Housing
OBJECTIVE :
The component given to be meshed with below set parameters :
3D Meshing:
Elements sizes: Min- 2mm, Target- 5mm, Max- 7mm
Tet collapse: 0.15
COMPONENT:
PROCEDURE :
- Check for topological errors in all the components one by one
- Set the quality criteria parameter ,
click F10 > Settings > Criteria editor,
MESHING :
Press F12, for automesh > Select Surface
Mesh Type > Tria
2D MESHING:
PART :
3D MESHED COMPONENT:
-Select 3D > Tetramesh
- Select Elements in the drop down box.
CONNECTOR - 3D MESHED PART
2D MESHING OF HUB:
PART :
3D MESHED COMPONENT:
3D MESHED COMPONENT OF HUB:
-------------------------------------------------------------------------------------------------------------------------------------------
2. For the given models, Create 3D tetramesh with 6mm element size.
OBJECTIVE :
The component given to be meshed with below set parameters :
3D Meshing:
Elements sizes: Min- 2mm, Target- 5mm, Max- 7mm , Tet collapse: 0.15
COMPONENT:
PROCEDURE :
- Check for topological errors in all the components one by one
- Set the quality criteria parameter ,
click F10 > Settings > Criteria editor,
- Save the criteria setting
MESHING :
Press F12, for automesh > Select the whole component
Mesh Type > Tria
2D MESHING:
3D Meshing :
View > Browsers > Hyperworks > Utility
FINAL MESHED COMPONENT:
------------------------------------------------------------------------------------------------------------------------------------
3) For the given models, Create 3D tetramesh with 6mm element size.
OBJECTIVE :
The component given to be meshed with below set parameters :
3D Meshing:
Elements sizes: Min- 2mm, Target- 5mm, Max- 7mm
Tet collapse: 0.15
COMPONENT:
KNUCLE AXLE :
PROCEDURE :
- Check for topological errors in all the components one by one
- Set the quality criteria parameter ,
click F10 > Settings > Criteria editor,
- Save the criteria setting.
MESHING :
Press F12, for automesh > Select Surface
Mesh Type > Tria
2D MESHING:
PART :
- Clean the topological errors.
- Use surface > Ruled to patch up the missing surface
3D MESHED COMPONENT:
MESHED PART:
PART :
3D MESHED COMPONENT:
2D MESHED PART:
View > Browsers > Hyperworks > Utility
FINAL MESHED COMPONENT
2D MESHING:
PART :
- Use surface > Ruled to patch up the missing surface
3D MESHED COMPONENT:
MESHED PART:
2D MESHING:
PART :
- Use surface > Ruled to patch up the missing surface
3D MESHED COMPONENT:
MESHED PART:
FINAL 3D MESHED PART:
------------------------------------------------------------------------------------------------------------------------------------