376-388The characteristic-based split algorithm is combined with a mesh adaptation technique to analyze high-speed inviscid compressible flow problems. The solution accuracy is improved by coupling an error estimation procedure to an adaptive remeshing technique that generates small elements in regions with large change in solution gradients, and at the same time, larger elements in the other regions. The efficiency of the combined procedure is evaluated by solving several problems for both transient and steady-state flow behaviours
An accurate and efficient numerical solution algorithm is established for solution of the high Reyno...
This paper describes adaptive grid methods developed specifically for compressible flow computations...
International audienceA novel adaptive mesh refinement method is proposed. The novelty of the method...
An upwind cell-centered finite element formulation is combined with an adaptive meshing technique fo...
Adaptive mesh refinement procedures with finite elements have been used for some time in computing c...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
Abstract-- The split follows the process initially introduced by Chorin [1,2] for incompressible flo...
SIGLECNRS 14802 E / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc
In the last decade, computer simulation of compressible flow has seen a steady movement away from cl...
This is the final version. Available on open access from Wiley via the DOI in this recordWe present ...
Purpose - The purpose of this paper is to present two low diffusive convective-pressure flux split f...
Accurate capturing of discontinuities within compressible flow computations is achieved by coupling ...
In this study a new adaptive remeshing method for high speed compressible flow analysis is presented...
An upwinding flux difference splitting method has been used to solve the Euler equations for compre...
A method for simulating two-dimensional, high-Reynolds-number, compressible flows about complex geom...
An accurate and efficient numerical solution algorithm is established for solution of the high Reyno...
This paper describes adaptive grid methods developed specifically for compressible flow computations...
International audienceA novel adaptive mesh refinement method is proposed. The novelty of the method...
An upwind cell-centered finite element formulation is combined with an adaptive meshing technique fo...
Adaptive mesh refinement procedures with finite elements have been used for some time in computing c...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
Abstract-- The split follows the process initially introduced by Chorin [1,2] for incompressible flo...
SIGLECNRS 14802 E / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc
In the last decade, computer simulation of compressible flow has seen a steady movement away from cl...
This is the final version. Available on open access from Wiley via the DOI in this recordWe present ...
Purpose - The purpose of this paper is to present two low diffusive convective-pressure flux split f...
Accurate capturing of discontinuities within compressible flow computations is achieved by coupling ...
In this study a new adaptive remeshing method for high speed compressible flow analysis is presented...
An upwinding flux difference splitting method has been used to solve the Euler equations for compre...
A method for simulating two-dimensional, high-Reynolds-number, compressible flows about complex geom...
An accurate and efficient numerical solution algorithm is established for solution of the high Reyno...
This paper describes adaptive grid methods developed specifically for compressible flow computations...
International audienceA novel adaptive mesh refinement method is proposed. The novelty of the method...