CFD consulting and simulation for free-surface flows, wind loads on structures and the aerodynamics of complex shapes. Our own GPU solver means fast results, validated and delivered as a clear report.
Every design–build–fix loop burns weeks and a lot of money. A good simulation shows you what will happen, and why, before you commit.
“If the reservoir is released or the dam fails, where does the water go and when?”
→ 3-D free surface on real terrain: arrival time, water level, affected zones, compared with laboratory dam breaks.
“How hard does the wind hit this tower, and where does the stack plume go?”
→ Wind loads and dispersion on tens of millions of cells, running in minutes on one GPU.
“What is the drag of this design: a rider, a wing, a machine?”
→ Drag and lift for complex shapes and moving parts.
Every case states what it was compared with and how large the error is, with the figures and video.
Dam break, reservoir release, waves, sloshing, flooding over real terrain.
Tall buildings, stacks, industrial sites, turbulent atmospheric wind.
Riders, wings, machines: STL geometry voxelised directly, no mesh generation.
Pedalling legs, flapping wings, rotors: prescribed motion with forces over time.
Hundreds of millions of cells on one card with FP16 storage and adaptive refinement.
We add the physics you need to the solver and train your team to re-run it.
You know the scope, price and deadline up front, and you see progress all the way.
You describe the problem. We tell you if simulation can answer it, how, and with what accuracy.
Scope, physics models, validation plan, milestones and a fixed price. NDA signed if needed.
Geometry, grid study, comparison with your data or a benchmark. Weekly updates.
Report, images, videos and the complete case files you can re-run. 30 days of follow-up.
Accuracy comes from the model, the grid and the validation. The Validation page shows every case against experiments, exact solutions or published benchmarks, including where we are not yet within tolerance.
External aerodynamics at very high Reynolds number (for example the Ahmed body) and rotating propellers are not yet within tolerance, so we do not offer them. If your problem is of that kind we say so and propose another tool.
Yes. We sign an NDA before receiving any file. Client projects are never published without written permission.
A short description and the question you need answered. Later: CAD (STEP/STL), operating conditions and measured data if you have it.
Every study gets a fixed price after the free review. Review in 24 h; a standard study takes 1–6 weeks.
Send a short description. Free feasibility review within 24 hours, no obligation.