Week 2 Challenge : Surface meshing on a Pressure valve

* Objective

- Perform topology cleanup and geometrical checks.

-perform surface mesh of three different cases in different target length.

* Procedure

-Execute geometry checks to find single cons, trible cons, cracks, needle faces, etc.

-Solve manually each one using face new operation, face cut operation, face topo operation, and fill hole operation.

-Ensuring that there are no single cons by using wireframe mode.

-creating and assigning new PIDs to each element after ensuring there are no geometrical errors.

-setting quality criteria and target length.

-meshing the whole geometry using spot mesh and using the reconstruct tool for a better quality grid.

-repeat the process and change the target length and quality criteria for different cases.

* Learning Outcomes

-performing topological cleanup and geometrical checks.

-creating and assigning new PIDs.

-setting mesh parameters and quality criteria.

*Result

- Topological cleanup and PID are assigned.

- meshing of the model in three different target lengths is done.

*Conclusion

-Case 1 has more details than Case 2 and Case 3 because of lowest target length consumes high computational power, also Case 3 has fewer details because of higher target length consumes less computational power.

so case 2 gives a good result as it has details and also consumes less computational power.