Researcher (M/F) in scientific computing for compressible fluid dynamics
The goal is to develop numerical simulation methods for fluid motion using applied mathematics, implement them in simulation codes optimized for high-performance computing, and validate them on canonical test cases. The researcher uses these simulation results to predict complex phenomena: in external aerodynamics, with applications in aeronautics to understand vortex emission and turbulence; in aeroacoustics for aircraft noise reduction; and in internal aerodynamics for turboprop engine performance.