In this work, we systematically analyze a stabilized finite volume method for the Poisson equation. On stating the convergence of this method, optimal error estimates in different norms are obtained by establishing the adequate connections between the finite element and finite volume methods. Furthermore, some super-convergence results are established by using L 2 -projection method on a coarse mesh based on some regularity assumptions for Poisson equation. Finally, some numerical experiments are presented to confirm the theoretical findings
This work establishes a formal derivation of local projection stabilized methods as a result of an e...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite volume...
This paper further explores fundamental issues on the behaviour of a finite volume technique using s...
In this paper we propose a stabilized conforming finite volume element method for the Stokes equatio...
AbstractA superconvergence result is established for the stationary Navier–Stokes equations by a sta...
AbstractA finite volume method based on stabilized finite element for the two-dimensional stationary...
We construct and analyze a finite volume scheme for numerical solution of a three-dimensional Poisso...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite-volume...
We construct and analyze a finite volume scheme for numerical solution of a three-dimensional Poisso...
We give a brief overview of stabilized finite element methods and illustrate the developments appli...
International audienceWe present and analyse in this paper a novel colocated Finite Volume scheme fo...
AbstractIn this paper, a kind of biquadratic finite volume element method is presented for two-dimen...
We present and analyse in this paper a novel colocated Finite Volume scheme for the solution of the ...
This paper presents an extension to stabilized methods of the standard technique for the numerical a...
AbstractWe consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finit...
This work establishes a formal derivation of local projection stabilized methods as a result of an e...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite volume...
This paper further explores fundamental issues on the behaviour of a finite volume technique using s...
In this paper we propose a stabilized conforming finite volume element method for the Stokes equatio...
AbstractA superconvergence result is established for the stationary Navier–Stokes equations by a sta...
AbstractA finite volume method based on stabilized finite element for the two-dimensional stationary...
We construct and analyze a finite volume scheme for numerical solution of a three-dimensional Poisso...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite-volume...
We construct and analyze a finite volume scheme for numerical solution of a three-dimensional Poisso...
We give a brief overview of stabilized finite element methods and illustrate the developments appli...
International audienceWe present and analyse in this paper a novel colocated Finite Volume scheme fo...
AbstractIn this paper, a kind of biquadratic finite volume element method is presented for two-dimen...
We present and analyse in this paper a novel colocated Finite Volume scheme for the solution of the ...
This paper presents an extension to stabilized methods of the standard technique for the numerical a...
AbstractWe consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finit...
This work establishes a formal derivation of local projection stabilized methods as a result of an e...
We consider a convection-diffusion-reaction problem, and we analyze a stabilized mixed finite volume...
This paper further explores fundamental issues on the behaviour of a finite volume technique using s...