Add to ORKGWe consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite volume scheme introduced in Micheletti-Sacco-Saleri (2001). The scheme is presented in the format of Discontinuous Galerkin methods, and error bounds are given, proving order 1/2 convergence in the L2-norm for the scalar variable, which is approximated with piecewise constant elements
We present a general framework for the finite volume or covolume schemes developed for second order ...
AbstractAn overview of the nature of convection-diffusion problems and of the use of finite volume m...
We present an augmented dual-mixed variational formulation for a linear convection-diffusion equatio...
AbstractWe consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finit...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite-volume...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite volume...
We consider a convection–diffusion–reaction problem, and we analyze a stabi-lized mixed finite volum...
We consider a time-dependent and a steady linear convection-diffusion-reaction equation whose coeffi...
The idea to this paper is a framework for modifying a standard Discontinuous Galerkin method for con...
Derivation, stability and error analysis in both discrete H1 and L2 norms for cellcentered FInite vo...
Abstract. In classical mixed finite element method, the choice of the finite element approximating s...
International audienceWe consider a time-dependent and a steady linear convection-diffusion-reaction...
We introduce a new augmented dual-mixed finite element method for the linear convection-diffusion eq...
Based on the heterogeneous multiscale method, this paper presents a finite volume method to solve mu...
We study a finite volume method, used to approximate the solution of the linear two dimensional conv...
We present a general framework for the finite volume or covolume schemes developed for second order ...
AbstractAn overview of the nature of convection-diffusion problems and of the use of finite volume m...
We present an augmented dual-mixed variational formulation for a linear convection-diffusion equatio...
AbstractWe consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finit...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite-volume...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite volume...
We consider a convection–diffusion–reaction problem, and we analyze a stabi-lized mixed finite volum...
We consider a time-dependent and a steady linear convection-diffusion-reaction equation whose coeffi...
The idea to this paper is a framework for modifying a standard Discontinuous Galerkin method for con...
Derivation, stability and error analysis in both discrete H1 and L2 norms for cellcentered FInite vo...
Abstract. In classical mixed finite element method, the choice of the finite element approximating s...
International audienceWe consider a time-dependent and a steady linear convection-diffusion-reaction...
We introduce a new augmented dual-mixed finite element method for the linear convection-diffusion eq...
Based on the heterogeneous multiscale method, this paper presents a finite volume method to solve mu...
We study a finite volume method, used to approximate the solution of the linear two dimensional conv...
We present a general framework for the finite volume or covolume schemes developed for second order ...
AbstractAn overview of the nature of convection-diffusion problems and of the use of finite volume m...
We present an augmented dual-mixed variational formulation for a linear convection-diffusion equatio...