Project 1 - Meshing of Floor Panel
Aim: Mesh the given floor panel for the given quality criterias without any failures in the elements.
given:quality criteria value is given below.
Target Element Length = 5 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 | 8 Units |
| 7 | Min angle Quad | 45 |
| 8 | Max angle Quad | 135 |
| 9 | Min angle Tria | 20 |
| 10 | Max angle Tria | 120 |
| 10 | Tria % | 10 |
objectives:
1. geometry cleanup.
2. Measure thickness.
3. Mid surface extraction.
4. Quality criteria match.
5. Meshing of floor panel.
Procedure:
1. Geometry cleanup:
- perform topo first from faces section.
- go in checks section/click on geometry/execute.
- Solve the error by right click and click on fix automatically.
- rest error is solved manually.
- error surface is deleted and make manually by using cut,project cut,delete from faces section.

2. Measure thickness:
- go in utility section click on measure then click on two cons to measure the thickness.
3. Mid surface extraction:
- go in faces section/select mid surface/select on geometry options/and confirm not to delete original surface.

4. Quality criteria matched:
- Go in utility section where the quality matching popup is generated which is shown below and fill as per given value in question.


- Now go in presentation perameter and select element% then slide below and slide the detailed to initial position then apply.
- the below figure shows the detailed demand effect.

5. Meshing of floor panel:
- Select length from perimeter section and fixed it to 5 as per given target length in question.
- Using cut/project cut/delete from faces section to maintain mesh flow.
- Delete hot points by select the delete from hot points section.
- Use batch mesh from mesh generation section.
- Use split/join from elements section and improve from shell mesh where we use reconstruction and smooth option for better mesh flow.
- Meshing with better mesh flow without failing quality criteria is generated.

Conclusions:
- cleared geometrical error.
- mid surface extraction.
- better mesh flow is generated with less trias.