Week 3 Challenge : CFD meshing on Turbocharger

AIM:

To generate CFD meshing on Turbocharger with ANSA software for given mesh constrain.

Procedure:

Step 1:  Generate Ansa file which is given along with challenge.

 

Step 2: Go to checks for detecting geometrical error.

 

Step 3: Clean the geometrical error with the help of topology tools.

       

Step 4: Assign PID for all the components separately.

 

Step 5: After PID assigned. Then go to surface mesh.

 

Step 6: Then go to mesh parameters change the target length accordingly to separate constrain given to PID’s.

 

Step 7: After surface meshing. Then go to Volume mesh, in that open define tool to detect the presented volumes.

 

Step 8: Delete unwanted volume’s present in the turbocharger.

 

Step 9: volume mesh has been done successfully using Tetra CFD mesh.

 

Learning outcomes:

• Advanced topology cleanup.
• In this module, I have learned about different Advanced Topology tools.
• Volume mesh using tetra CFD.

Result:

      Thus, the CFD meshing on Turbocharger is generated successfully.

 

Conclusion:

         I have studied the different types of tools used in the geometric error clean up and PID creation during the challenge completions of CFD meshing on Turbocharger.