Doktorand*in in einem DFG-geförderten Projekt
Hybrid
Core
Conduct numerical simulations and mathematical modeling of thermal creep flow in Martian subsoil and granular surface flows using coupled CFD-DEM simulations.
Role type
Researcher (PhD candidate) in computational physics
Builds
Numerical models of sediment transport and granular flows
Domain
Planetary science / Computational fluid dynamics
Deliverable
production ML models
Required skills
Physics (Master's level), C/C++ programming, Python or Matlab, CFD-DEM simulation, LAMMPS or LIGGGHTS
Preferred skills
Molecular dynamics simulation, granular systems modeling
Technologies
LAMMPS, LIGGGHTS, CFD, DEM
Responsibilities
Apply and extend coupled CFD-DEM simulations for sediment transport; perform research tasks in the DFG-funded project on Martian subsoil thermal creep; publish research results in international journals.
Seniority
PhD candidate (Researcher)
