Research Program
Application Domains
New Results
- Relaxation method for Guiding-Center equation
- Relaxation method for transport in Tokamak
- Relaxation method for Euler/MHD in low-Mach regime
- Reduced model for the Scrape-Off Layer
- Recurrence phenomenon for finite element grid based Vlasov solver
- Machine learning techniques for reduced model and stabilization
- Asymptotic Preserving scheme for Vlasov-Maxwell to MHD
- Optimal control for population dynamics
- Observability for wave equation and high frequency behavior
- Developement of a Python library for tomography diagnostics
- Finite volume methods for complex hyperbolic systems
- The study of domain walls in micromagnetism
- Maxwell solvers
Bilateral Contracts and Grants with Industry
Partnerships and Cooperations
Bibliography
Research Program
Application Domains
New Results
- Relaxation method for Guiding-Center equation
- Relaxation method for transport in Tokamak
- Relaxation method for Euler/MHD in low-Mach regime
- Reduced model for the Scrape-Off Layer
- Recurrence phenomenon for finite element grid based Vlasov solver
- Machine learning techniques for reduced model and stabilization
- Asymptotic Preserving scheme for Vlasov-Maxwell to MHD
- Optimal control for population dynamics
- Observability for wave equation and high frequency behavior
- Developement of a Python library for tomography diagnostics
- Finite volume methods for complex hyperbolic systems
- The study of domain walls in micromagnetism
- Maxwell solvers
Bilateral Contracts and Grants with Industry
Partnerships and Cooperations
Bibliography
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