The compact high-order "Spectral Volume Method" designed for conservation laws on unstructured grids is presented. Its spectral reconstruction is exposed briefly and its applications to the Euler equations are presented through several test cases to assess its accuracy and stability. Comparisons with usual methods such as MUSCL show the superiority of SVM. The SVM method arises as a high-order accurate scheme, geometrically flexible and computationally efficient
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler equation...
An assessment of two numerical formulations for high-order reconstruction on unstructured triangular...
. In this paper we formulate a high order algorithm for hyperbolic conservation laws using a combina...
The compact high-order "Spectral Volume Method" designed for conservation laws on unstructured grids...
Many areas require a very high-order accurate numerical solution of conservation laws for complex sh...
Abstract: The present paper investigates the high-order spectral finite volume method with emphasis ...
The overriding objective for this project is to develop an efficient and accurate method for capturi...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler gas dyna...
The present work implements the spectral finite volume scheme in a cell centered finite volume conte...
An analysis of the accuracy and stability properties of the spectral volume (SV) method, with applic...
Recently, interest has been increasing towards applying high-order methods to engineering applicatio...
A comparative study of three numerical formulations for discontinuous high-order reconstruction on u...
Spectral methods for compressible flows are introduced in relation to finite difference and finite e...
National audienceHyperbolic systems and dispersive equations remain challenging for finite element m...
This paper exposes the theoretical developments needed to design a class of spatially weighted polyn...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler equation...
An assessment of two numerical formulations for high-order reconstruction on unstructured triangular...
. In this paper we formulate a high order algorithm for hyperbolic conservation laws using a combina...
The compact high-order "Spectral Volume Method" designed for conservation laws on unstructured grids...
Many areas require a very high-order accurate numerical solution of conservation laws for complex sh...
Abstract: The present paper investigates the high-order spectral finite volume method with emphasis ...
The overriding objective for this project is to develop an efficient and accurate method for capturi...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler gas dyna...
The present work implements the spectral finite volume scheme in a cell centered finite volume conte...
An analysis of the accuracy and stability properties of the spectral volume (SV) method, with applic...
Recently, interest has been increasing towards applying high-order methods to engineering applicatio...
A comparative study of three numerical formulations for discontinuous high-order reconstruction on u...
Spectral methods for compressible flows are introduced in relation to finite difference and finite e...
National audienceHyperbolic systems and dispersive equations remain challenging for finite element m...
This paper exposes the theoretical developments needed to design a class of spatially weighted polyn...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler equation...
An assessment of two numerical formulations for high-order reconstruction on unstructured triangular...
. In this paper we formulate a high order algorithm for hyperbolic conservation laws using a combina...