I will perform stress analysis and biomechanical behavior in ansys

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Mohammed Nawaz

About this gig

Need to validate your design before manufacturing?

I provide professional Finite Element Analysis (FEA) and structural simulation services using ANSYS Mechanical to help engineers, researchers, students, and product developers evaluate the performance and safety of their designs.

Services Include:

  • Static Structural Analysis
  • Stress Analysis (Von Mises)
  • Deformation & Displacement Analysis
  • Contact Analysis
  • Modal Analysis
  • Fatigue Assessment
  • Load & Boundary Condition Setup
  • Engineering Reports & Result Interpretation

My experience includes structural analysis projects such as Human Knee Joint FEA under dynamic loading conditions, where stress distribution, deformation behavior, and load transfer characteristics were evaluated using ANSYS.

Deliverables:

  1. ANSYS simulation results
  2. Stress contour plots
  3. Deformation plots
  4. Engineering report
  5. Result interpretation

Recommendations for design improvement

Why Choose Me?

  • Mechanical Engineering Background
  • ANSYS Mechanical Experience
  • Professional Documentation
  • Accurate Engineering Analysis
  • Timely Delivery

Please contact me before placing an order so we can discuss your project requirements and select the most suitable package.

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Mohammed Nawaz

Mohammed Nawaz

Mechanical Engineer, ANSYS CFD and FEA Analyst

  • FromIndia
  • Member sinceMay 2026
  • Avg. response time10 hours
  • Languages

    Urdu, English
I am a Mechanical Engineering graduate specializing in Computational Fluid Dynamics (CFD), Finite Element Analysis (FEA), and CAD-based engineering design. I help clients validate, optimize, and improve engineering products through simulation-driven analysis using ANSYS and CATIA. My experience includes CFD analysis of polymer extrusion systems, thermal analysis, structural simulations, pressure-flow studies, and engineering design validation. I have worked on projects involving recycled PET extrusion, flow optimization, heat transfer, and mechanical component analysis.

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