We complete the result in [2] by showing the exponential decay of the perturbation of the laminar solution below the critical Rayleigh number and of the convective solutions above the critical Rayleigh number, in the kinetic framework
We prove the hydrodynamic limit globally in time and the exponential relaxation to equilibrium of th...
The old question concerning the mathematical formulation of the fluid dynamic limits of kinetic theo...
AbstractThe Boltzmann equation which describes the time evolution of a large number of particles thr...
We complete the result in [2] by showing the exponential decay of the perturbation of the laminar so...
International audienceWe complete the result in the former paper 'Stability for Rayleigh-benard conv...
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
International audienceWe consider the Boltzmann equation for a gas in a horizontal slab, subject to ...
In this paper we derive in explicit decay bound for L-2 bound for the difference of the Benard conve...
AbstractThis paper is devoted to studying a class of solutions to the nonlinear Boltzmann equation h...
A linear stability analysis of the Benard problem for deep convection is performed. An estimate of t...
We provide sufficient conditions for nonlinear exponential stability of the compressible Benard prob...
This thesis is devoted to the long-time behaviour of the nonlinear Boltzmann equation for a class of...
Cette thèse est centrée sur l’étude d’équations issues de la théorie cinétique des gaz. Dans tous le...
The present paper employs the direct simulation Monte Carlo (DSMC) method to study the Rayleigh-Bena...
We prove the hydrodynamic limit globally in time and the exponential relaxation to equilibrium of th...
The old question concerning the mathematical formulation of the fluid dynamic limits of kinetic theo...
AbstractThe Boltzmann equation which describes the time evolution of a large number of particles thr...
We complete the result in [2] by showing the exponential decay of the perturbation of the laminar so...
International audienceWe complete the result in the former paper 'Stability for Rayleigh-benard conv...
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
We consider the Boltzmann equation for a gas in a horizontal slab, subject to a gravitational force....
International audienceWe consider the Boltzmann equation for a gas in a horizontal slab, subject to ...
In this paper we derive in explicit decay bound for L-2 bound for the difference of the Benard conve...
AbstractThis paper is devoted to studying a class of solutions to the nonlinear Boltzmann equation h...
A linear stability analysis of the Benard problem for deep convection is performed. An estimate of t...
We provide sufficient conditions for nonlinear exponential stability of the compressible Benard prob...
This thesis is devoted to the long-time behaviour of the nonlinear Boltzmann equation for a class of...
Cette thèse est centrée sur l’étude d’équations issues de la théorie cinétique des gaz. Dans tous le...
The present paper employs the direct simulation Monte Carlo (DSMC) method to study the Rayleigh-Bena...
We prove the hydrodynamic limit globally in time and the exponential relaxation to equilibrium of th...
The old question concerning the mathematical formulation of the fluid dynamic limits of kinetic theo...
AbstractThe Boltzmann equation which describes the time evolution of a large number of particles thr...
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