Habilitation to supervise research defended on January 11, 2021: Development of models and analysis of numerical methods for kinetic problems arising from plasma physics and gas-particle flows.
Manuscript,
defense slides.
Doctoral thesis defended on November 29, 2009:
Mathematical modeling and numerical study
of an aerosol in a rarefied gas.
Application to the simulation Application to the simulation
of dust particle transport in the event of a
vacuum loss accident in ITER. Defense slides.
For more details (in french): see here
Thesis supervision
Alexandre Rege (co-supervised with Bruno Després), thesis defended in October 2021: “Kinetic models for magnetized plasmas.”
Zhe Chen (co-supervised with François Golse), thesis to begin in October 2022.
Some presentations
Kinetic models for gas-particle flows (Grenoble, December 2023):
slides.
Mathematical and Numerical Study of a Dusty Knudsen Gas Mixture (Rome, November 2019):
slides.
From particle methods to hybrid semi-Lagrangian schemes (Marseille, November 2018):
slides.
Iterative positive polynomial interpolation (Rennes, March 2017):
slides.
A linearly transformed particle method for an aggregation equation (Oaxaca, July 2015):
slides.
A non singular Vlasov equation for magnetic plasmas (Grenada, Septembre 2014):
slides.
Numerical simulation by a random particle method of Deuterium-Tritium fusion reactions in a plasma (Conception, January 2013):
slides. A poster on the same subject.
Dust transport in the situation of a loss-of-vaccum event (Paris, November 2010):
slides. A poster on the same subject.
Electrostatic charge phenomena : hydrodynamic model
and interface conditions (Project HYDROMELC from CEMRACS 2010) :
slides.
