Week 12:Project-1-Meshing of Door Inner Panel Challenge
Follow the Quality Criteria and mesh the following component and assign thickness:
Target Element Length = 4 Units
S.N Quality Criteria Value
1 Aspect Ratio 5
2 Skewness 45
3 Warping 15
4 Taper 0.5
5 Min. Length 2 Units
6 Max. Length 6 Units
7 Min angle Quad 45
8 Max angle Quad 135
9 Min angle Tria 20
10 Max angle Tria 120
10 Tria % 10
Procedure:
* The side door panel is imported .
* Deleting the solid surfaces if any solid surface is present by selescting full model and deleting.
* Geometry clean up as been done as there is lot of fillets which has been removed using the defeature> surf fillet option and using quick edit option like if any lines are too close so that we can't satisfy the minimum element size that lines are toggled or merged to one line by toggle edge.
* Some lines are not connected using the toggle edge option or ruled or spline option is used and the edges are connected.
* After the geometry clean up midsurface is extracted separately for each surface some surface are failed to generate the midsurafce using the auto mid surface option in that case the offfset option is choosed to create the midsurface.
* The surafce after off setting are connected using the replace point or toggled lines.
* Using the 2D automesh option mesh is created on each part separately and each part meshing as been done separately for each surface so that if any elements fail we can clear that easily step by step.
* After meshing each part using quality index option elements failed are checked and correcting the mesh by clean up the tools like element optimize, place node dragging the tria elements or splitting the quad elements.
* while meshing this are the things followed there should be zero element failure according to the given quality criteria,feature capturing,mesh flow.
* Other than above criteria main thing is management of trias like no trias should be on corner or edges of geometry,no opposite trias,no back trias,no rotational quads,no tria should share with any of the feature.
* by following the above steps all parts are meshed with given quality criteria.
Conclusion:
By satisfying all the given quality criteria the given component is meshed and tools used are quick edit,automesh,smooth,quality index,mask,delete,reflect,project,edges,offset,translate,defeature,surafce edit,split,align etc.