International audienceWe construct and analyze a new family of rectangular (two-dimensional) or cubic (three-dimensional) mixed finite elements for the approximation of the acoustic wave equations. The main advantage of this element is that it permits us to obtain through mass lumping an explicit scheme even in an anisotropic medium. Nonclassical error estimates are given for this new element
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
International audienceThe problem of modeling acoustic waves scattered by an object with Neumann bou...
The finite element method (FEM) is widely accepted for the steady-state dynamic response analysis of...
We construct and analyze a new family of rectangular (two-dimensional) or cubic (three-dimensional) ...
International audienceWe construct and analyze a new family of rectangular (two-dimensional) or cubi...
An analysis of mixed finite element approximations for periodic acoustic wave propagatio
AbstractIn this paper we discuss the numerical approximation of the displacement form of the acousti...
AbstractIn this paper, we develop both semi-discrete and fully discrete mixed finite element methods...
A family of implicit-in-time mixed finite element schemes is presented for the numerical approximati...
A family of implicit-in-time mixed finite element schemes is presented for the numerical approximati...
Abstract. In this paper we derive optimal a priori L∞(L2) error estimates for mixed finite element d...
Discrete methods of numerical analysis have been used successfully for decades for the solution of p...
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
Mass-lumped continuous finite elements provide accurate solutions of the second-order acoustic or el...
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
International audienceThe problem of modeling acoustic waves scattered by an object with Neumann bou...
The finite element method (FEM) is widely accepted for the steady-state dynamic response analysis of...
We construct and analyze a new family of rectangular (two-dimensional) or cubic (three-dimensional) ...
International audienceWe construct and analyze a new family of rectangular (two-dimensional) or cubi...
An analysis of mixed finite element approximations for periodic acoustic wave propagatio
AbstractIn this paper we discuss the numerical approximation of the displacement form of the acousti...
AbstractIn this paper, we develop both semi-discrete and fully discrete mixed finite element methods...
A family of implicit-in-time mixed finite element schemes is presented for the numerical approximati...
A family of implicit-in-time mixed finite element schemes is presented for the numerical approximati...
Abstract. In this paper we derive optimal a priori L∞(L2) error estimates for mixed finite element d...
Discrete methods of numerical analysis have been used successfully for decades for the solution of p...
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
Mass-lumped continuous finite elements provide accurate solutions of the second-order acoustic or el...
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
Aim of this paper is studying an effective hybrid finite element - spectral element method for the a...
International audienceThe problem of modeling acoustic waves scattered by an object with Neumann bou...
The finite element method (FEM) is widely accepted for the steady-state dynamic response analysis of...