AbstractThis work is devoted to the macroscopic behavior of the particles enclosed between two parallel plates within a small distance h of up to a few mean free paths. We show that, under physically realistic assumptions of the nature of the collisions, the macroscopic behavior of the gas is described by a diffusion equation. The present paper is an extension of a previous one [1] where only T-reflection law were considered
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
International audienceIn this work, which is the continuation of [9], we propose numerical schemes f...
AbstractThis work is devoted to the macroscopic behavior of the particles enclosed between two paral...
Abstract. In this article we study a model for the dynamics of particles moving freely between two h...
Diffusion has been described on a microscopic scale by Einstein as a probabilistic collision of par...
Considering the example of interacting Brownian particles we present a linear response derivation of...
Considering the example of interacting Brownian particles we present a linear response derivation of...
Considering the example of interacting Brownian particles we present a linear response derivation of...
We derive diffusive macroscopic equations for the particle and energy density of a system whose time...
30 pagesInternational audienceThe present paper discusses the diffusion approximation of the linear ...
30 pagesInternational audienceThe present paper discusses the diffusion approximation of the linear ...
International audienceIn this work, which is the continuation of [9], we propose numerical schemes f...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
In this paper we construct numerical schemes to approximate linear transport equations with slab geo...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
International audienceIn this work, which is the continuation of [9], we propose numerical schemes f...
AbstractThis work is devoted to the macroscopic behavior of the particles enclosed between two paral...
Abstract. In this article we study a model for the dynamics of particles moving freely between two h...
Diffusion has been described on a microscopic scale by Einstein as a probabilistic collision of par...
Considering the example of interacting Brownian particles we present a linear response derivation of...
Considering the example of interacting Brownian particles we present a linear response derivation of...
Considering the example of interacting Brownian particles we present a linear response derivation of...
We derive diffusive macroscopic equations for the particle and energy density of a system whose time...
30 pagesInternational audienceThe present paper discusses the diffusion approximation of the linear ...
30 pagesInternational audienceThe present paper discusses the diffusion approximation of the linear ...
International audienceIn this work, which is the continuation of [9], we propose numerical schemes f...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
In this paper we construct numerical schemes to approximate linear transport equations with slab geo...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
We consider discrete kinetic models of a gas moving in a small gap with thickness h. Under an approp...
International audienceIn this work, which is the continuation of [9], we propose numerical schemes f...