Add to ORKGIt is well accepted that the efficient solution of complex PDEs frequently requires methods which are adaptive in both space and time. Adaptive mesh methods for PDEs may be classified into one or more of the following broad categories
The authors develop a new class of waveform relaxation algorithms for large systems of ordinary diff...
A b s r a c t he adaptive Rothe m e t h d approaches a time-dependent PDE as an ODE in funct in spac...
We present a new method to design non-conforming space-time algorithms for the wave equation. It rel...
It is well accepted that the efficient solution of complex PDEs frequently requires methods which ar...
It is well accepted that the efficient solution of complex partial differential equations (PDEs) oft...
We propose a moving mesh adaptive approach for solving time-dependent partial differential equations...
This paper proposes moving mesh strategies for the moving mesh methods when solving the nonlinear ti...
This paper proposes moving mesh strategies for the moving mesh methods when solving the nonlinear ti...
It is well-known that moving mesh and upwinding schemes are two kinds of techniques for tracking the...
Abstract. Moving mesh methods based on the equidistribution principle are powerful techniques for th...
The general idea of moving mesh approaches is to improve the approximation quality and the numerical...
Abstract-Adaptive mesh methods are valuable tools in improving the accuracy and efficiency of the nu...
AbstractAdaptive mesh methods are valuable tools in improving the accuracy and efficiency of the num...
Summary. We propose a new moving mesh method suitable for solving time-dependent partial differentia...
Schwarz waveform relaxation algorithms (SWR) are naturally parallel solvers for evolution partial di...
The authors develop a new class of waveform relaxation algorithms for large systems of ordinary diff...
A b s r a c t he adaptive Rothe m e t h d approaches a time-dependent PDE as an ODE in funct in spac...
We present a new method to design non-conforming space-time algorithms for the wave equation. It rel...
It is well accepted that the efficient solution of complex PDEs frequently requires methods which ar...
It is well accepted that the efficient solution of complex partial differential equations (PDEs) oft...
We propose a moving mesh adaptive approach for solving time-dependent partial differential equations...
This paper proposes moving mesh strategies for the moving mesh methods when solving the nonlinear ti...
This paper proposes moving mesh strategies for the moving mesh methods when solving the nonlinear ti...
It is well-known that moving mesh and upwinding schemes are two kinds of techniques for tracking the...
Abstract. Moving mesh methods based on the equidistribution principle are powerful techniques for th...
The general idea of moving mesh approaches is to improve the approximation quality and the numerical...
Abstract-Adaptive mesh methods are valuable tools in improving the accuracy and efficiency of the nu...
AbstractAdaptive mesh methods are valuable tools in improving the accuracy and efficiency of the num...
Summary. We propose a new moving mesh method suitable for solving time-dependent partial differentia...
Schwarz waveform relaxation algorithms (SWR) are naturally parallel solvers for evolution partial di...
The authors develop a new class of waveform relaxation algorithms for large systems of ordinary diff...
A b s r a c t he adaptive Rothe m e t h d approaches a time-dependent PDE as an ODE in funct in spac...
We present a new method to design non-conforming space-time algorithms for the wave equation. It rel...