Assembly Structural Analysis in ANSYS
Budget: ₹80,000 – ₹90,000 INR
I have an aluminum assembly made up of several sub-parts, and I need a complete structural investigation in ANSYS Workbench. For every individual component and for the full assembly I want you to run three study types—static load response, buckling safety factors, and local stress-concentration checks.
To make the results meaningful, please build at least five design or load-case variations for each model. Typical tweaks could be thickness changes, fillet sizes, or load directions; feel free to suggest others if they expose critical weaknesses more clearly.
Your work should give me:
• The editable ANSYS project files for every study and variation
• Clear plots and tables of displacements, von Mises stress, principal stresses, and buckling factors
• A short written summary that highlights the worst-case scenario for each part and for the combined assembly, plus recommendations for improvement
All geometry will be supplied in STEP format; you’re welcome to simplify it if that speeds meshing without harming accuracy. I’ll consider the job complete once I can open the project, reproduce your results, and see each of the five variations per model documented in the report.
To make the results meaningful, please build at least five design or load-case variations for each model. Typical tweaks could be thickness changes, fillet sizes, or load directions; feel free to suggest others if they expose critical weaknesses more clearly.
Your work should give me:
• The editable ANSYS project files for every study and variation
• Clear plots and tables of displacements, von Mises stress, principal stresses, and buckling factors
• A short written summary that highlights the worst-case scenario for each part and for the combined assembly, plus recommendations for improvement
All geometry will be supplied in STEP format; you’re welcome to simplify it if that speeds meshing without harming accuracy. I’ll consider the job complete once I can open the project, reproduce your results, and see each of the five variations per model documented in the report.