CFDpilot is built by a team of CFD engineers with hands-on experience running OpenFOAM on problems where things actually fail.
Our background spans industrial and applied CFD across several domains: metallurgical processes, aerospace propulsion, external aerodynamics, and industrial fluid systems. These are projects where a misconfigured boundary condition costs days of compute time and a diverging simulation has real consequences.
We've worked on turbulent submerged jets in metallurgical reactors, high-temperature multiphase flows, and aerodynamic simulations for propulsion applications — using OpenFOAM across all of them, on geometries and flow regimes that standard tutorials don't cover.
When no standard solver fits the problem, we build one. We've developed custom OpenFOAM solvers from scratch — coupling fluid flow, heat transfer, species transport, and electromagnetics. That means reading OpenFOAM source code, writing C++, and debugging physics one coupled equation at a time.
After years of this — reading cryptic logs, chasing divergence through fvSchemes and fvSolution, explaining the same errors to colleagues — the pattern was always the same: the tools don't help you understand what went wrong. You either know someone who does, or you lose hours figuring it out alone.
CFDpilot is the tool that should have existed. Upload your case, get a specific answer grounded in your actual files. No guessing, no generic forum advice.
Questions, feedback, or enterprise enquiries — we read every email.
rayan@cfdpilot.com