8Aug/11Off
Consortium
The Consortium is composed of four teams:
Team one (Institut de Mathématiques de Toulouse, IMT).
Giacomo Dimarco , Maître de conférences, coordinator of BOOST. His contribution to the project is in:
- - Coupling microscopic and macroscopic models.
- - Monte Carlo methods .
- - Asymptotic preserving methods for kinetic models.
Pierre Degond, research director CNRS. His contribution to the project is in:
- - Theoretical concepts supporting the passage from microscopic to macroscopic models.
- - Kinetic and fluid models.
- - Asymptotic preserving methods.
Marie-Helene Vignal, Maître de conférences. Her contribution to the project is in:
- - Finite volume methods.
- - Asymptotic preserving methods for kinetic and fluid models.
- - Coupling macroscopic and microscopic models.
Fabrice Deluzet, Ingénieur de recherche. His contribution to the project is in:
- - Implementation of more complete physical fluid models.
- - Design of AP particle schemes.
- - Comparisons between fluid and kinetic models with the experiments.
Alexei Lozinski, Maître de conférences. His contribution to the project is in:
- - Multi-scale finite element / finite volume methods.
- - Discretization on anisotropic grids.
- - Domain decomposition techniques.
Fanny Delebecque, maître de conférences. Her contribution to the project is in:
- - Theoretical concepts for the micro-macro passage.
- - Kinetic and fluid models.
- - Numerical analysis.
Team two (Laboratoire d'Analyse, Topologie, Probabilités, LATP)
Claudia Negulescu, Professeur d'Université, team coordinator. Her contribution to the project is in:
- - Numerical analysis of the AP schemes: stability, consistency, convergence.
- - Development of AP schemes for fluid models.
- - Implementation and benchmark of the developed schemes.
Stéphane Brull, maître de conférences, université de Bordeaux. His contribution to the project is in:
- - Development of asymptotic preserving methods for fluids models.
- - Development of asymptotic preserving methods for kinetic models.
- - Implementation of AP schemes for fluids models.
Team three (Institut de Recherche sur la Fusion Magnétique, CEA\IRFM)
Maurizio Ottaviani, CEA senior researcher, team coordinator. His contribution to the project is in:
- - Definition of a series of models suitable to test the algorithms in a variety of situations of interest.
- - Determination of analytic solutions for testing.
- - Post-doc supervision in the testing phase.
- - Provides expertise and internal consulting on plasma models.
Gloria Falchetto, CEA senior researcher. Her contribution to the project is in:
- - Model development.
- - Post Doc supervision in the testing phase.
Xavier Garbet, CEA senior researcher, His contribution to the project is in:
- - Provides expertise and internal consulting on plasma models.
Team four (High-End Parallel Algorithms for Challenging Numerical Simulation, HiePACS, joint INRIA-CERFACS lab. on HPC)
Luc Giraud, INRIA Research Director, coordinator of the team. His contribution to the project is in:
- - High perfomance computational methods.
- - Parallel numerical linear algebra.
Emmanuel Agullo, INRIA researcher. His contribution to the project is in:
- - High performance computational methods and tools.
- - Parallel Hybrid solvers.
Mikko Byckling, post doc CERFACS. His contribution to the project will be in:
- - Iterative schemes.
- - Parallel processing.
Xavier Vasseur, CERFACS senior researcher. His contribution to the project is in:
- - High performance computational methods.
- - Parallel numerical linear algebra.