We apply the adaptive streamline diffusion method for compressible flow in conservation variables using P1 × P0 finite elements to a conservative model of two-phase flow. The adaptive algorithm is based on an a posteriori error estimate involving certain stability factors related to a linearized dual problem. For a model problem we prove that the stability factors are bounded. We compute the stability factors for some numerical examples in one- and two-space dimensions
The monograph presents recent developments on the solution of high speed compressible flow problems ...
In this thesis, we develop, analyze and implement adaptive finite element methods for fully coupled,...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
We apply the streamline diffusion finite element method for compressible flow in conservation variab...
In this thesis we develop, apply and analyse adaptive finite element methods with error control for ...
In this thesis we develop, apply and analyse adaptive finite element methods with error control for ...
We consider adaptive streamline diffusion finite element methods with error control for compressible...
We consider the streamline diffusion finite element method applied to compressible flow using conser...
We present and analyze adaptive finite element methods with reliable and efficient error control for...
We present and analyze adaptive finite element methods with reliable and efficient error control for...
We present an adaptive finite element method for the compressible Euler equations, based on a poster...
This paper concerns the streamline diffusion finite element method applied to one- and two-dimension...
This paper concerns the streamline diffusion finite element method applied to one- and two-dimension...
International audienceThis paper develops a general abstract framework for a posteriori estimates fo...
This work develops finite element methods with high order stabilization, and robust and efficient ad...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
In this thesis, we develop, analyze and implement adaptive finite element methods for fully coupled,...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
We apply the streamline diffusion finite element method for compressible flow in conservation variab...
In this thesis we develop, apply and analyse adaptive finite element methods with error control for ...
In this thesis we develop, apply and analyse adaptive finite element methods with error control for ...
We consider adaptive streamline diffusion finite element methods with error control for compressible...
We consider the streamline diffusion finite element method applied to compressible flow using conser...
We present and analyze adaptive finite element methods with reliable and efficient error control for...
We present and analyze adaptive finite element methods with reliable and efficient error control for...
We present an adaptive finite element method for the compressible Euler equations, based on a poster...
This paper concerns the streamline diffusion finite element method applied to one- and two-dimension...
This paper concerns the streamline diffusion finite element method applied to one- and two-dimension...
International audienceThis paper develops a general abstract framework for a posteriori estimates fo...
This work develops finite element methods with high order stabilization, and robust and efficient ad...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
In this thesis, we develop, analyze and implement adaptive finite element methods for fully coupled,...
The monograph presents recent developments on the solution of high speed compressible flow problems ...