I specialize in setting up, running, and post-processing CFD simulations for aerodynamic and internal flow applications. My work ranges from quick design loops to higher-fidelity transient studies, typically benchmarked against experiments or reference data.
I handle the full workflow: geometry cleanup, meshing strategy, turbulence model selection, numerical setup, and critical evaluation of convergence and uncertainty. I enjoy connecting the physics, numerics, and practical constraints behind each result.
Recently I’ve focused on turbulence modeling, mesh independence, and how numerical choices impact forces, pressure losses, and temperature fields that matter to engineers.