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I will run comsol or ansys simulations for fea, cfd, and multiphysics
Paquistão
ANSYS FEA, CFD and Thermal Simulations for Design Validation
Sobre este Serviço
Looking for expert-level COMSOL or ANSYS simulations to validate your product design or research? You're in the right place!
I specialize in high-accuracy FEA, CFD, and Multiphysics simulations, helping engineers, startups, and researchers reduce design risks and accelerate development with confidence.
Services I Offer:
- FEA (static, modal, thermal stress, buckling)
- CFD (laminar/turbulent flow, pressure drop, thermal convection)
- Heat transfer analysis (conduction, convection, radiation)
- Multiphysics coupling (electro-thermal, fluid structure, thermal structural)
- Parametric studies & optimization
- Post-processing reports with high-res plots and engineering insights
️ Tools I Use:
- COMSOL Multiphysics
- ANSYS Mechanical & Fluent
- MATLAB / Python for scripting & automation
- SolidWorks / Space-Claim for geometry cleanup
Why Work With Me?
- 5+ years in simulation, modeling, and product validation
- 3050% faster turnaround using optimized meshing & workflows
- Results within 5% of experimental data (when validation data is available)
- Clear documentation & reproducible results
- Flexible communication & revision support
Meu portfólio
Perguntas frequentes
What do I need to provide to get started?
You just need to share a brief description of your problem or system, along with geometry (CAD file if available), material properties, boundary conditions, and any specific goals or questions you'd like the simulation to answer. If you're not sure, I’ll help guide you
Which software will you use for my project?
I work with COMSOL Multiphysics and ANSYS (Mechanical and Fluent) depending on your project's needs whether it's FEA, CFD, thermal, or Multiphysics analysis. If you have a preference, I can tailor the workflow accordingly
Can you handle Multiphysics simulations or coupled problems?
Yes! I specialize in Multiphysics simulations such as thermal-structural coupling, fluid–structure interaction, and electro-thermal analysis using COMSOL and ANSYS. These are ideal for complex real-world problems.

