Méthodes Numériques pour les EDP 2 (Numerical methods for PDEs 2)
M2 Master course at the Université de Strasbourg
Numerical methods for hyperbolic relaxation models
Lecture series for Master/PhD students
La Sapienza University Rome, Italy
TBA
Minicourse
University of Trento, Italy

Méthodes Numériques pour les EDP 2 (Numerical methods for PDEs 2), Winter term 2024/25
M2 Master course within the CSMI master at the Université de Strasbourg → Moodle course
Numerical resolution techniques for engineering (TP), Winter term 2024/25
M1 Master course at the Université de Strasbourg
Implicit-Explicit Runge-Kutta time integration methods , Winter term 20024/25
Mini-course for Master/PhD students at the University of Verona, Italy
Numerical resolution techniques for engineering (TP), Winter term 2023/24
M1 Master course at the Université de Strasbourg

Post-doctoral researchers

Davide Ferrari, PhD: 01/2026 - 12/2027 fundet by MSCA-IF fellowship OMNIA,
secondments with M. Dumbser (Univ. Trento, Italy) and S. Gavrilyuk (Univ. Aix-Marseille, France)
Project: Novel unified and extended mixture theories: theory and numerics

Master students

Pauline Bonnet, (M2 ENS Paris-Saclay Computer science), with P. Helluy (UniStra) and A. Chargueraud (Inria CAMUS) funded by ANR-22-CE25-0017 OptiTrust, 2025.
Topic: Design of Source-to-Source Transformations for Optimizing Numerical Fluid Simulations
Oussama Bouhenniche, (M2 CSMI), funded by ITI/IRMIA++, 2025.
Topic: Asymptotic and structure preserving numerical schemes for atmospheric flow equations
Antoine Regardin, (M1 CSMI), co-advisor E. Franck, 2024.
Topic: Self-Adaptive-Theta (SATh) schemes applied to scalar hyperbolic PDEs and the RIPA model
Jérémy Pawlus, (M1 CSMI) project co-advisor V. Michel-Dansac and internship, 2023.
Topic: Introduction to finite volume methods on unstructured grids: application to the Euler equations and implementation in Julia

Komi Joseph Beni Assigbe, Oussama Bouhenniche, (M2 CSMI), co-advisor V. Michel-Dansac, 2024-2025.
Topic: Well-balanced schemes for the Shallow-water equations with application to tsunami or flooding events.
Adama Dieng, Chahid Rahouti, (M2 CSMI), 2024-2025.
Topic: Structure-preserving integration methods for ODEs with Hamiltonian structure.
Antoine Regardin, (M1 CSMI), co-advisor E. Franck, 2024.
Topic: Self-Adaptive-Theta (SATh) schemes applied to scalar hyperbolic PDEs and the RIPA model
Jérémy Pawlus, (M1 CSMI), co-advisor V. Michel-Dansac and internship, 2023.
Topic: Introduction to finite volume methods on unstructured grids: application to the Euler equations and implementation in Julia