Inviscid limit for axisymmetric stratified Navier-Stokes system

preprint2012arXivOpen access

Abstract

This paper is devoted to the study of the Cauchy problem for the stratified Navier-Stokes system in space dimension three. In the first part of the paper, we prove the existence of a unique global solution (vν,ρν)(v_ν,ρ_ν) for this system with axisymmetric initial data belonging to the Sobolev spaces Hs×Hs−2H^{s}\times H^{s-2} with s>5/2.s>5/2. The bounds of the solution are uniform with respect to the viscosity. In the second part, we analyse the inviscid limit problem. We prove the strong convergence in the space $L^{\infty}_{\text{loc}}(\RR_+; H^{s}\times H^{s-2})$ of the viscous solutions (vν,ρν)ν>0(v_ν,ρ_ν)_{ν>0} to the solution (v,ρ)(v,ρ) of the stratified Euler system.

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