I will perform structural fea, stress, and modal analysis in ansys

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Usama AKhtar

About this gig

Are you looking for rigorous, physics-backed Finite Element Analysis (FEA) to validate your engineering designs?

I am a professional Mechatronics and Simulation Engineer specializing in structural simulations using ANSYS Mechanical. I provide precise engineering insights to ensure your designs meet safety standards before manufacturing.

Core Capabilities

  • Static Structural: von-Mises stress, safety factors, & deformation analysis.
  • Contact Mechanics: Friction, high-pressure contact, & multi-body loads.
  • Modal Analysis: Natural frequencies & mode shape evaluations.
  • CAD Prep: Geometry cleanup & mid-surfacing via SpaceClaim.

Workflow & Deliverables

  1. Requirement analysis & CAD cleanup
  2. Finite element meshing & boundary condition setup
  3. Solver execution & result evaluation

You Will Receive:

  • High-resolution stress contour plots (.png)
  • ANSYS project archive (.wbpz)
  • Executive engineering report (.pdf)

Please contact me with your project scope and CAD files before placing an order!

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 Usama AKhtar

Usama AKhtar

Mechatronics and Simulation Engineer

  • FromPakistan
  • Member sinceJul 2026
  • Languages

    Urdu, English
I am a Mechatronics & Simulation Engineer specializing in Computational Engineering & Simulation. I help engineering teams, researchers, and product developers validate designs, analyze structural integrity, and solve complex numerical problems. Core Expertise & Toolkit: • ANSYS Mechanical: FEA, Stress, Deformation, Modal & Contact Analysis • MATLAB: Mathematical Modeling, Numerical Computation & Controls • Python: Engineering Scripting, Automation & Numerical Solvers I combine strong engineering fundamentals with computational workflows to deliver well-documented, physics-backed solutions.

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