We study a model of radiating gases that describes the interaction of an inviscid gas with
photons. We show the existence of smooth traveling waves called 'shock profiles', when the …

It is well known that the general radiation hydrodynamics models include two mainly
coupled parts: one is the macroscopic fluid part, which is governed by the compressible …

This paper is devoted to the study of the wellposedness of the radiative Euler equations. By
employing the anti-derivative method, we show the unique global-in-time existence and the …

This paper is concerned with the large time behavior of solutions to a radiating gas model,
which is represented mathematically as a Cauchy problem for a one-dimensional hyperbolic …

Extending previous work with Lattanzio and Mascia on the scalar (in fluid-dynamical
variables) Hamer model for a radiative gas, we show nonlinear orbital asymptotic stability of …

Dans un précédent travail, nous avons montré l'existence de profils de choc pour un modèle
de transfert radiatif hors-équilibre. Dans cette Note, nous montrons que de tels profils de …

In this work we study the asymptotic stability of rarefaction waves for solutions to a one-
dimensional radiative hydrodynamic system which couples hyperbolic-elliptic equations. We …

In this paper we are concerned with a 1D compressible radiation hydrodynamics model,
which is described by a Navier–Stokes-elliptic coupled system of equations without …

In this paper we consider the large-time behavior of solutions for the Cauchy problem to a
compressible radiating gas model, where the far field states are prescribed. This radiating …

In this paper, we consider a singular limit of 1D compressible radiation hydrodynamics
(CRHD) systems. This singular limit process corresponds to the physical problem of letting …