The monograph presents recent developments on the solution of high speed compressible flow problems using finite element and finite point (meshless) methods with adaptive refinement, techniques. This work treats two of the main problems of today's problems related to computational fluid dynamics. One problem dealt with is the assured accuracry of a numerical model, at least for the problems which are presented. The other problem which is addressed is the vast amount of time spent in generating (or regenerating) a mes in the design process
We apply the streamline diffusion finite element method for compressible flow in conservation variab...
We consider the streamline diffusion finite element method applied to compressible flow using conser...
A finite element numerical method is developed for the modelling of compressible flows with locally ...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
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 thesis deals with the construction of an adaptive 1D and 2D mesh in the framework of the cell- c...
Electronic version of an article published as "International journal for numerical methods in fluids...
The Finite Point Method (FPM) is a meshless technique which is based on both, a Weighted Least-Squar...
The paper presents a finite element code for compressible flow simulations. The code has two importa...
In this thesis we develop, apply and analyse adaptive finite element methods with error control for ...
We present an adaptive finite element method for the compressible Euler equations, based on a poster...
An adaptive Finite Point Method (FPM) for solving aeroelastic compressible flow problems is presente...
Many problems involving fluid flow can now be simulated numerically, providing a useful predictive t...
We describe recent developments in the design and implementation of finite el-ement methods for the ...
We apply the streamline diffusion finite element method for compressible flow in conservation variab...
We consider the streamline diffusion finite element method applied to compressible flow using conser...
A finite element numerical method is developed for the modelling of compressible flows with locally ...
The monograph presents recent developments on the solution of high speed compressible flow problems ...
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 thesis deals with the construction of an adaptive 1D and 2D mesh in the framework of the cell- c...
Electronic version of an article published as "International journal for numerical methods in fluids...
The Finite Point Method (FPM) is a meshless technique which is based on both, a Weighted Least-Squar...
The paper presents a finite element code for compressible flow simulations. The code has two importa...
In this thesis we develop, apply and analyse adaptive finite element methods with error control for ...
We present an adaptive finite element method for the compressible Euler equations, based on a poster...
An adaptive Finite Point Method (FPM) for solving aeroelastic compressible flow problems is presente...
Many problems involving fluid flow can now be simulated numerically, providing a useful predictive t...
We describe recent developments in the design and implementation of finite el-ement methods for the ...
We apply the streamline diffusion finite element method for compressible flow in conservation variab...
We consider the streamline diffusion finite element method applied to compressible flow using conser...
A finite element numerical method is developed for the modelling of compressible flows with locally ...