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Workshop 11 Imprint - Assembly Meshing Wizard презентация
Содержание
- 1. Workshop 11 Imprint - Assembly Meshing Wizard
- 2. 09/08/2018 Assembly Meshing Wizard Design goals One
- 3. 09/08/2018 Imprint Select All solids to be
- 4. 09/08/2018 Boundary Check Imprinted boundaries can be seen within transparency solids
- 5. 09/08/2018 Mesh Seed and Mesh Control Mesh
- 6. 09/08/2018 Meshing Select solids to be meshed
- 7. 09/08/2018 Mesh Results Congruent meshes are created except the boundary removed from assemblies
- 8. 09/08/2018 Workshops Now try out the following 7 scenarios.
- 9. 09/08/2018 Scenario 1 Scenario 1 2
- 10. 09/08/2018 Scenario 1 Scenario 1 Congruent
- 11. 09/08/2018 Scenario 2 Scenario 2 2
- 12. 09/08/2018 Scenario 2 Scenario 2 Congruent
- 13. 09/08/2018 Scenario 3 Scenario 3 2
- 14. 09/08/2018 Scenario 3 Scenario 3 Congruent
- 15. 09/08/2018 Scenario 4 Scenario 4 2 solids w/ non-matching faces Imprint
- 16. 09/08/2018 Scenario 4 Scenario 4 Meshing
- 17. 09/08/2018 Scenario 4 Scenario 4 Meshing
- 18. 09/08/2018 Scenario 4 Scenario 4a Edit:Solid:Boolean
- 19. 09/08/2018 Scenario 4 Scenario 4b Edit:Solid:Imprint
- 20. 09/08/2018 Scenario 5 Scenario 5 2 solids w/ non-matching faces Imprint
- 21. 09/08/2018 Scenario 5 Scenario 5 Meshing
- 22. 09/08/2018 Scenario 5 Scenario 5 Meshing
- 23. 09/08/2018 Scenario 5 Scenario 5a Edit:Solid:Boolean
- 24. 09/08/2018 Scenario 5 Scenario 5b Edit:Solid:Imprint
- 25. 09/08/2018 Scenario 6 Scenario 6 Multiple solids
- 26. 09/08/2018 Scenario 6 Scenario 6 Meshing
- 27. 09/08/2018 Scenario 6 Scenario 6a Edit:Solid:Imprint
- 28. 09/08/2018 Scenario 6 Scenario 6a Limitation:
- 29. 09/08/2018 Scenario 7 Scenario 7 2 solids w/ edge intersection
- 30. 09/08/2018 Scenario 7 Scenario 7 Meshing
- 31. 09/08/2018 Scenario 7 Scenario 7 Meshing
- 32. 09/08/2018 Scenario 7 Scenario 7a Edit:Solid:Imprint
09/08/2018 Assembly Meshing Wizard Design goals One comprehensive user interface Intuitive approach for solid pairs specification Mesh seed and Mesh control Surface tri elements Automatic global edge length calculation
Слайд 209/08/2018
Assembly Meshing Wizard
Design goals
One comprehensive user interface
Intuitive approach for solid pairs
specification
Mesh seed and Mesh control
Surface tri elements
Automatic global edge length calculation
Additional requirements
Check imprint boundaries before meshing
Create solid tet mesh individually
Check the boundary between meshed solids
Mesh seed and Mesh control
Surface tri elements
Automatic global edge length calculation
Additional requirements
Check imprint boundaries before meshing
Create solid tet mesh individually
Check the boundary between meshed solids
Слайд 309/08/2018
Imprint
Select All solids to be assembled
All solids which should be connected
are required to be selected as the first step
Select solids to be removed from assemblies
Define solid pairs which are not required to be connected
Check the imprint boundary
If check is ON, boundaries appears after imprint execution
Слайд 509/08/2018
Mesh Seed and Mesh Control
Mesh seed and Control surface tri-elements can
be applied after Imprint
Слайд 609/08/2018
Meshing
Select solids to be meshed
The target solids should have already been
imprinted
Select mesh size and priority to solid
Mesh size can be defined to each solid
Meshing priority can be also defined
Define the global edge length
This value is applied to the solids with no previously defined mesh size and priority
Слайд 709/08/2018
Mesh Results
Congruent meshes are created except the boundary removed from assemblies
Слайд 1009/08/2018
Scenario 1
Scenario 1
Congruent meshes across boundaries
Using Patran 2005 assembly meshing capability
Слайд 1109/08/2018
Scenario 2
Scenario 2
2 1x1x1 solids w/ congruent faces
With Gap of .001
Model
global tolerance of .005
Слайд 1209/08/2018
Scenario 2
Scenario 2
Congruent meshes across boundaries
Using Patran 2005 assembly meshing capability
Слайд 1309/08/2018
Scenario 3
Scenario 3
2 1x1x1 solids w/ congruent faces
With intersect of .001
Model
global tolerance of .005
Слайд 1409/08/2018
Scenario 3
Scenario 3
Congruent meshes across boundaries
Using Patran 2005 assembly meshing capability
Слайд 1609/08/2018
Scenario 4
Scenario 4
Meshing two solids together
Using Patran 2005 assembly meshing capability
Congruent
meshes across boundaries
Limitation: Unable to use different mesh densities between solids
Limitation: Unable to use different mesh densities between solids
Слайд 1709/08/2018
Scenario 4
Scenario 4
Meshing two solids individually
Using different meshing densities
Using Patran 2005
assembly meshing capability
Non-congruent meshes across boundaries
Non-congruent meshes across boundaries
Слайд 1809/08/2018
Scenario 4
Scenario 4a
Edit:Solid:Boolean to combine 2 solids
Congruent meshes across boundaries
Limitation: Unable
to use different mesh densities between solids
Слайд 1909/08/2018
Scenario 4
Scenario 4b
Edit:Solid:Imprint to create matching faces on solid on the
left
7 faces now, was 6
Congruent meshes across boundaries
Able to change mesh densities across solids
7 faces now, was 6
Congruent meshes across boundaries
Able to change mesh densities across solids
Слайд 2109/08/2018
Scenario 5
Scenario 5
Meshing two solids together
Using Patran 2005 assembly meshing capability
Congruent
meshes across boundaries
Limitation: Unable to use different mesh densities between solids
Limitation: Unable to use different mesh densities between solids
Слайд 2209/08/2018
Scenario 5
Scenario 5
Meshing two solids individually
Using different meshing densities
Using Patran 2005
assembly meshing capability
Non-congruent meshes across boundaries
Non-congruent meshes across boundaries
Слайд 2309/08/2018
Scenario 5
Scenario 5a
Edit:Solid:Boolean to combine 2 solids
Congruent meshes across boundaries
Limitation: Unable
to use different mesh densities between solids
Слайд 2409/08/2018
Scenario 5
Scenario 5b
Edit:Solid:Imprint to create matching faces on solid on the
left
7 faces now, was 6
Congruent meshes across boundaries
Able to change mesh densities across solids
7 faces now, was 6
Congruent meshes across boundaries
Able to change mesh densities across solids
Слайд 2609/08/2018
Scenario 6
Scenario 6
Meshing three solids together
Using Patran 2005 assembly meshing capability
Congruent
meshes across boundaries
Limitation: Unable to use different mesh densities between solids
Limitation: Unable to use different mesh densities between solids
Слайд 2709/08/2018
Scenario 6
Scenario 6a
Edit:Solid:Imprint to create matching faces on all three solids
Congruent
meshes across boundaries
Able to change mesh densities across solids
Able to change mesh densities across solids
Слайд 2809/08/2018
Scenario 6
Scenario 6a
Limitation: Unable to assembly mesh w/ 2 neighbor solids
We
plan to enhance Patran assembly meshing to support this scenario
Слайд 3009/08/2018
Scenario 7
Scenario 7
Meshing two solids together
Using Patran 2005 assembly meshing capability
Congruent
meshes across boundaries
Limitation: Unable to use different mesh densities between solids
Limitation: Unable to use different mesh densities between solids
Слайд 3109/08/2018
Scenario 7
Scenario 7
Meshing two solids individually
Using different meshing densities
Using Patran 2005
assembly meshing capability
Non-congruent meshes across boundaries
Non-congruent meshes across boundaries
Слайд 3209/08/2018
Scenario 7
Scenario 7a
Edit:Solid:Imprint to create matching faces on solid on the
left
9 vertices now, was 8
Congruent meshes across boundaries
Able to change mesh densities across solids
9 vertices now, was 8
Congruent meshes across boundaries
Able to change mesh densities across solids
