Add to ORKGSome implications of a modified form of the non-linear Enskog equation for a hard sphere fluid are investigated. It leads to different Navier-Stokes equations in a multicomponent mixture, and its linearized form describes the space and time dependence fluctuations
International audienceThis paper is devoted to the derivation of macroscopic fluid dynamics from the...
International audienceThis paper is devoted to the derivation of macroscopic fluid dynamics from the...
This is the second part of a work concerned with the quantum-statistical generalization of classical...
Arguments are presented for a modified form of the nonlinear Enskog equation, which describes the ti...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
synopsis In a previous paper it was shown that a modified form of the Enskog equation, applied to mi...
AbstractThe macroscopic limit of the Enskog kinetic equation with three small parameters: the Knudse...
International audienceThe Boltzmann-Enskog equation for a hard sphere gas is known to have so called...
Within the framework of a revisit to the linear Standard Enskog Theory, the kinetic theory for a bin...
Enskog's kinetic equation for a dense gas of hard spheres has been generalized in this paper to a mi...
Kinetic equations for the hard-sphere system are derived by diagrammatic techniques. A linear equati...
International audienceThis paper is devoted to the derivation of macroscopic fluid dynamics from the...
International audienceThis paper is devoted to the derivation of macroscopic fluid dynamics from the...
This is the second part of a work concerned with the quantum-statistical generalization of classical...
Arguments are presented for a modified form of the nonlinear Enskog equation, which describes the ti...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
International audienceThis paper aims at developing a new connection between the Boltzmann equation ...
synopsis In a previous paper it was shown that a modified form of the Enskog equation, applied to mi...
AbstractThe macroscopic limit of the Enskog kinetic equation with three small parameters: the Knudse...
International audienceThe Boltzmann-Enskog equation for a hard sphere gas is known to have so called...
Within the framework of a revisit to the linear Standard Enskog Theory, the kinetic theory for a bin...
Enskog's kinetic equation for a dense gas of hard spheres has been generalized in this paper to a mi...
Kinetic equations for the hard-sphere system are derived by diagrammatic techniques. A linear equati...
International audienceThis paper is devoted to the derivation of macroscopic fluid dynamics from the...
International audienceThis paper is devoted to the derivation of macroscopic fluid dynamics from the...
This is the second part of a work concerned with the quantum-statistical generalization of classical...