I will perform 2d and 3d steady state cfd and aerodynamic analysis


About this gig
PLEASE MESSAGE ME WITH YOUR CAD FILE BEFORE ORDERING to check computational requirements!
Looking for accurate fluid flow analysis without the guesswork? Many sellers are just "button-pushers" who generate colorful but physically impossible plots. I am an aerospace engineer and aerodynamicist with hands-on experience executing rigorous CFD case studies. I understand the exact mathematics, fluid mechanics, and turbulence modeling theory behind the software, ensuring your grid and boundary conditions reflect real-world physics.
This gig is dedicated exclusively to Steady-State simulations for fast, stable convergence.
What I offer:
- CAD cleanup & fluid-domain extraction in SolidWorks.
- High-quality meshing optimized for boundary layer physics.
- Steady-State CFD analysis using Ansys Fluent.
- Lift/drag forces, pressure drops, wake profiles, and velocity gradients.
- Post-processing (contour plots, streamlines, vector fields).
PC Hardware Safety Promise: This gig covers steady-state models requiring up to 3 Million mesh cells. Symmetrical models will use half-domain symmetry to maximize efficiency. For massive grids, message me first!
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 Parmjeet Singh
Aerospace Engineering Student
- FromIndia
- Member sinceJul 2026
- Avg. response time1 hour
Languages
Hindi, English
FAQ
What software do you use for simulations?
I utilize SolidWorks for all CAD geometry cleanup and fluid domain extraction. For the actual CFD simulations, grid generation, and meshing workflows, I rely on Ansys Fluent.
Can you run transient or unsteady simulations?
At this time, this specific gig is focused entirely on steady-state simulations. This allows me to deliver fast, highly accurate, and cost-effective physics data without the massive computational overhead of time-dependent solver runs.
What makes your CFD services different from others?
I am an aerospace engineer, not a button-pusher. I understand the underlying mathematics, fluid dynamics theory, and turbulence models behind the software. This ensures your boundary conditions and mesh nodes reflect real physics, not just colorful charts.
What files and data do I need to provide to start?
Please provide your 3D CAD geometry (preferably in .STEP, .IGES, or SolidWorks formats). I will also need a brief description of your project goals and your specific flow boundary conditions (e.g., inlet velocity, operating fluid, temperatures).

