Abstract. We survey work on stability and smoothing estimates in maximum-norm for spatially semidiscrete finite element approximations of a model parabolic equation, and related such estimates for the resolvent of the corresponding discrete elliptic operator. We end with a short discussion of stability of fully discrete time stepping methods. Résumé. Nous présentons un bilan des résultats sur la stabilite ́ et les effets régularisants, vus en norme du maximum, lors de la semi-discrétisation éléments finis d’un problème parabolique modèle. Nous montrons le lien avec les estimations de résolvante pour l’opérateur elliptique approche ́ corre-spondant. Nous concluons par une considération rapide de la discrétisation totale. 1
We consider semidiscrete solutions in quasi-uniform finite element spaces of order O(hr) of the init...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
AbstractThe major qualitative properties of linear parabolic and elliptic operators/PDEs are the dif...
We survey work on stability and smoothing estimates in maximum-norm for spatially semidiscrete finit...
Abstract The main goal of the paper is to establish time semidiscrete and space-time fully discrete ...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
International audienceIn recent years several papers have been devoted to stability and smoothing pr...
In recent years several papers have been devoted to stability and smoothing properties in maximum-n...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
We prove maximum norm regularity properties of L-stable finite difference methods for linear-second ...
We consider semidiscrete solutions in quasi-uniform finite element spaces of order O(hr) of the init...
We consider semidiscrete solutions in quasi-uniform finite element spaces of order O(hr) of the init...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
AbstractThe major qualitative properties of linear parabolic and elliptic operators/PDEs are the dif...
We survey work on stability and smoothing estimates in maximum-norm for spatially semidiscrete finit...
Abstract The main goal of the paper is to establish time semidiscrete and space-time fully discrete ...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
In recent years several papers have been devoted to stability and smoothing properties in maximum-no...
International audienceIn recent years several papers have been devoted to stability and smoothing pr...
In recent years several papers have been devoted to stability and smoothing properties in maximum-n...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
We prove maximum norm regularity properties of L-stable finite difference methods for linear-second ...
We consider semidiscrete solutions in quasi-uniform finite element spaces of order O(hr) of the init...
We consider semidiscrete solutions in quasi-uniform finite element spaces of order O(hr) of the init...
We study space-time fully discrete maximal parabolic regularity for second order advection-diffusion...
AbstractThe major qualitative properties of linear parabolic and elliptic operators/PDEs are the dif...