Abstract. Heat transfer in rarefied binary gas-mixtures confined in a bottom-heated squared cavity is investigated through the Grad’s moment equations for gaseous mixtures composed of Maxwell molecules. The numerical method based on finite differences is presented and the convergence of the numerical method is studied. Some preliminary results on heat transfer are presented
Natural convection of gas flow (air) confined within an enclosed square-section cavity is investigat...
The objective of this study was to obtain an understanding of the flow, heat and mass transfer proce...
International audienceThe objective of this paper is to assess the effectiveness of the coupled Latt...
AbstractGrad's moment method is employed to investigate heat transfer in binary gaseous mixtures con...
A mathematical framework based on the higher order Grad's moment equations for studying processes in...
In this paper, we describe the stationary heat transfer problem in non-reacting gas mixtures confine...
The steady heat transfer problem in two-component gas mixtures of noble (monatomic) gases confined b...
International audienceAn extension of a slightly compressible flow model to double-diffusive convect...
International audienceTransient behavior of the heat transfer through binary gas mixture, confined b...
International audienceThe problem of heat transfer through a rarefied gas confined between two conce...
In this work we analyze and compare different approaches to the heat transfer problem in gas mixture...
In this paper, we present a heat transfer problem in a binary inert mixture of ideal gases at rest b...
Abstract. The problem of heat transfer and temperature distribution in a binary mixture of rarefied ...
This paper deals with the numerical solution for natural convection and volumetric radiation in an i...
International audienceLaminar thermosolutal convection in cavities with uniform, constant temperatur...
Natural convection of gas flow (air) confined within an enclosed square-section cavity is investigat...
The objective of this study was to obtain an understanding of the flow, heat and mass transfer proce...
International audienceThe objective of this paper is to assess the effectiveness of the coupled Latt...
AbstractGrad's moment method is employed to investigate heat transfer in binary gaseous mixtures con...
A mathematical framework based on the higher order Grad's moment equations for studying processes in...
In this paper, we describe the stationary heat transfer problem in non-reacting gas mixtures confine...
The steady heat transfer problem in two-component gas mixtures of noble (monatomic) gases confined b...
International audienceAn extension of a slightly compressible flow model to double-diffusive convect...
International audienceTransient behavior of the heat transfer through binary gas mixture, confined b...
International audienceThe problem of heat transfer through a rarefied gas confined between two conce...
In this work we analyze and compare different approaches to the heat transfer problem in gas mixture...
In this paper, we present a heat transfer problem in a binary inert mixture of ideal gases at rest b...
Abstract. The problem of heat transfer and temperature distribution in a binary mixture of rarefied ...
This paper deals with the numerical solution for natural convection and volumetric radiation in an i...
International audienceLaminar thermosolutal convection in cavities with uniform, constant temperatur...
Natural convection of gas flow (air) confined within an enclosed square-section cavity is investigat...
The objective of this study was to obtain an understanding of the flow, heat and mass transfer proce...
International audienceThe objective of this paper is to assess the effectiveness of the coupled Latt...