• Development of the numerical scheme of the open-source CFD solver ECOGEN at 2nd order on unstructured meshes (C/C++).
• Hardware & software configuration of new team servers with RAID management + backup.
• Migration of team GitLab repository and CI/CD update.
• Teaching of mechanics courses at the Aix-Marseille university.

Simulation of multiphase flows within spacecraft turbopumps under the supervision of Eric Daniel and Fabien Petitpas. Topics of work include:

• Contribution to the development in C/C++ of compressible single-phase/two-phase flow models in the open-source computationnal software ECOGEN. (article)
• Management of GitLab/GitHub team repositories.
• Setup and management of team HPC servers (Open-MPI, Slurm, disk-quota).
• Simulation of the cavitation phenomenon within turbopumps using diffuse interface two-phase flow models (thesis).
• Adaptation of a two-phase flow model in mechanical equilibrium to take into account the movement of pump blades using the moving reference frame method. (article)
• Teaching of phase change and computationnal fluid dynamics at the Polytech Marseille engineering school.

Simulation of fluid flows within turbopumps.

• Simulation of the fluid flow within a dynamic seal of a pump using the open-source solver ECOGEN.
• Development of a C++ tool to calibrate liquid/vapor equation of state parameters with experimental data.

Creation of a dataset for the simulation of sodium slick fires in a reactor vessel during a severe accident in a sodium-cooled Fast Neutron Reactor.

• Scientific computing tool used: CONTAIN-LMR.