We analyze a new domain decomposition algorithm to solve parabolic partial differential equations. Two classical approaches can be found in the literature: 1. Discretizing time and applying domain decomposition to the obtained sequence of elliptic problems, like in [9, 11, 1] and references therein
Domain decomposition methods with a finite volume discretization to solve a parabolic linear partial...
The authors develop a new class of waveform relaxation algorithms for large systems of ordinary diff...
In this lecture, we concern the numerical solution of PDE problems and describe overlapping domain d...
AbstractSome Schwarz waveform relaxation algorithms based on frequency domain analysis for parabolic...
Summary. We present overlapping Schwarz methods for the numerical solution of two model problems of ...
We present overlapping Schwarz methods for the numerical solution of two model problems of delay PDE...
International audienceWe propose and analyse a parallel method, both in the time and space direction...
This paper deals with the construction of Schwarz Waveform Relaxation (SWR) methods for fractional d...
AbstractWe are interested in solving time dependent problems using domain decomposition methods. In ...
AbstractParallel iterative algorithms combining a time discretization and domain decomposition metho...
We are interested in solving heat equations with nonlinear dynamical boundary conditions by using do...
We introduce nonoverlapping domain decomposition algorithms of Schwarz waveform relaxation type for ...
AbstractParallel algorithms combining a time discretization and overlapping domain decomposition met...
AbstractWe report a new parallel iterative algorithm for semi-linear parabolic partial differential ...
We present a Waveform Relaxation (WR) version of the Neumann–Neumann algorithm for the wave equation...
Domain decomposition methods with a finite volume discretization to solve a parabolic linear partial...
The authors develop a new class of waveform relaxation algorithms for large systems of ordinary diff...
In this lecture, we concern the numerical solution of PDE problems and describe overlapping domain d...
AbstractSome Schwarz waveform relaxation algorithms based on frequency domain analysis for parabolic...
Summary. We present overlapping Schwarz methods for the numerical solution of two model problems of ...
We present overlapping Schwarz methods for the numerical solution of two model problems of delay PDE...
International audienceWe propose and analyse a parallel method, both in the time and space direction...
This paper deals with the construction of Schwarz Waveform Relaxation (SWR) methods for fractional d...
AbstractWe are interested in solving time dependent problems using domain decomposition methods. In ...
AbstractParallel iterative algorithms combining a time discretization and domain decomposition metho...
We are interested in solving heat equations with nonlinear dynamical boundary conditions by using do...
We introduce nonoverlapping domain decomposition algorithms of Schwarz waveform relaxation type for ...
AbstractParallel algorithms combining a time discretization and overlapping domain decomposition met...
AbstractWe report a new parallel iterative algorithm for semi-linear parabolic partial differential ...
We present a Waveform Relaxation (WR) version of the Neumann–Neumann algorithm for the wave equation...
Domain decomposition methods with a finite volume discretization to solve a parabolic linear partial...
The authors develop a new class of waveform relaxation algorithms for large systems of ordinary diff...
In this lecture, we concern the numerical solution of PDE problems and describe overlapping domain d...