Challenge

Meshing of Frontal Hood using Hypermesh

OBJECTIVE :

The component given to be meshed with below set paramaeters:

  • Target Element Length = 5mm
S.N Quality Criteria Value
1 Aspect Ratio 5
2 Skewness 45
3 Warping 15
4 Taper 0.5
5 Min. Length 2mm
6 Max. Length 8mm
7 Min angle Quad 45
8 Max angle Quad 135
9 Min angle Tria 20
10 Max angle Tria 120
10 Tria % 10

COMPONENT:

PROCEDURE :

- Check for topological errors in all the components one by one

- Extract mid surface of the component to be meshed.

- Set the quality criteria parameter ,

click F10 > Settings > Criteria editor,

MESHING :

Press F12, for automesh > Select Surface

Options to be considered,

- Use Quality index clean up tools to removed meshing re- works.

- Smooth option to smooth the mesh region and align accordingly.

- "Edit element" from geometry to clean up surface and fix up surface issues.

- Key "F6" to create, split, create and combine elements.

- Use "O" key to

keep mesh - Keeps mesh without re arranging other meshed region

Remesh model - Helps in remeshing

Advanced remesh - Equivalences the meshed region nearby when meshed.

- Rebuild mesh to create inbuilt mesh optimizer

- Element clean up if all the method to optimize the element fails.

- Reflect option to mirror the activity.

LATCH :

PART :

MID SURFACE :

MESHED PART:

HINGE 1 :

PART :

MID SURFACE :

MESHED PART:

HINGE 2:

PART :

MID SURFACE :

MESHED PART:

OUTER EXTRACT:

PART :

MID SURFACE :

-Here the half part is considered as the part is symmetrical. so other half is masked and meshed.

MESHED PART:

- The part is refelected in y axis to complete the meshing

INNER EXTRACT:

PART :

MID SURFACE :

-Here the half part is considered as the part is symmetrical.

MESHED PART:

- The part is refelected in y axis to complete the meshing

-The marked part is seperately meshed as it is not symmetrical.

CONCLUSION :

The above parts are meshed and it is observed as below model

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