Project 2 - Crush analysis of aluminium Tube
Solution Using Ansys Workbench;
Geometry:
Material Data:
Aluminum Alloy (Used for Aluminum Tube):
Structural Steel (Used for Rigid Wall):
Mesh Model:
Boundary Condition:
Results:
case 1: Rigid wall moving at 30 m/s
Total Deformation:
Equivalent Stress:
Equivalent Elastic Strain:
case 2: Rigid wall moving at 40 m/s
Total Deformation:
Equivalent Stress:
Equivalent Elastic Strain:
case 3: Rigid wall moving at 50 m/s
Total Deformation:
Equivalent Stress:
Equivalent Elastic Strain:
case 4: Rigid wall moving at 60 m/s
Total Deformation:
Equivalent Stress:
Equivalent Elastic Strain:
Learning Outcomes:
- Learn about Implicit and Explicit problems solving methods.
- Learn about Non-Linearity.
- Learn about geometry creation, Material assignment, Meshing (Element Type), Defining Boundary conditions and post-processing (Results) in Ansys Workbench.
Conclusion:
as we are increasing velocity of moving rigid wall that results in crushing effect of aluminum tube is more.
Total Deformation and induced stress is more for higher velocity value.