Supervision

PhD Theses

1. Nicolas Rechatin, 2024-ongoing. Adaptive polytopal meshing for robust numerical simulation. co-supervisor P. Omnes, C. Bourcier, (present: Research Engineer CEA Paris-Sacaly).

2. Vincet Robert, 2024-ongoing. Resolution of saddle-point problems arising from contact mechanics between deformable structures within a high-performance computing framework. co-supervisor P. Jolivet, O. Jamond.

3. Antoine Marlot, 2024-ongoing. Robust regularized damage-type formulations based on the ‘Lip-field’ approach for the simulation of structures made of quasi-brittle materials: application to civil engineering structures. co-supervisor N. Moës, G. Rastiello.

Master’s Theses

1. Charles-Antoine Leger, 2024. GPU Acceleration for the ArcaneFEM finite element solver.

2. Rania Saadi, 2024. Strategies for (an)isotropic parallel mesh adaption for FEM.

3. Ariane Deponthieux, 2024. Integration of Causality in HPC for seismic wave propagation analysis.

4. Kerian Allaire, 2023. CPU-GPU coupling for parallel finite element solver.

5. Florestan Fargetton-Lécrivain, 2023. Boolean mesh operation algorithms in SALOME.

6. Nora Todjihounde, 2023. Polyhedral mesh adaption for numerical simulations.

Bachelor’s Theses

1. Kelvin Lefort, 2024. Exploring LLM fine-tuning for automated responses related to SALOME software.