AbstractWe continue the study of the convergence of dynamic iteration methods by applying them to linear DAE systems. We show that convergence rate can be studied by similar means as for ODE's and that it is critical for convergence to preserve the structure of the DAE system when it is split for the iteration
AbstractWe are interested in solving linear time-dependent index one differential algebraic equation...
International audiencePower grid simulation methods need to include more components based on power e...
AbstractThis paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) itera...
AbstractWe continue the study of the convergence of dynamic iteration methods by applying them to li...
AbstractFor linear constant-coefficient differential-algebraic equations, we study the waveform rela...
summary:We consider iterative schemes applied to systems of linear ordinary differential equations a...
Dynamic iteration methods for treating linear systems of differential equations are considered. It i...
AbstractWe study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear...
A new technique for acceleration of convergence of static and dynamic iterations for systems of line...
We study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear systems...
The dynamic iteration method with a restricted additive Schwarz splitting is investigated to co-simu...
AbstractA basic process is the observation of an N-dimensional quantity x(t) in discrete time steps ...
In this paper we consider the application of block waveform iteration methods to initial value probl...
The network approach to the modelling of complex technical systems results frequently is a set of di...
AbstractAcceleration techniques for iterative methods for linear systems of both static (Qy = b) and...
AbstractWe are interested in solving linear time-dependent index one differential algebraic equation...
International audiencePower grid simulation methods need to include more components based on power e...
AbstractThis paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) itera...
AbstractWe continue the study of the convergence of dynamic iteration methods by applying them to li...
AbstractFor linear constant-coefficient differential-algebraic equations, we study the waveform rela...
summary:We consider iterative schemes applied to systems of linear ordinary differential equations a...
Dynamic iteration methods for treating linear systems of differential equations are considered. It i...
AbstractWe study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear...
A new technique for acceleration of convergence of static and dynamic iterations for systems of line...
We study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear systems...
The dynamic iteration method with a restricted additive Schwarz splitting is investigated to co-simu...
AbstractA basic process is the observation of an N-dimensional quantity x(t) in discrete time steps ...
In this paper we consider the application of block waveform iteration methods to initial value probl...
The network approach to the modelling of complex technical systems results frequently is a set of di...
AbstractAcceleration techniques for iterative methods for linear systems of both static (Qy = b) and...
AbstractWe are interested in solving linear time-dependent index one differential algebraic equation...
International audiencePower grid simulation methods need to include more components based on power e...
AbstractThis paper consider a two-stage (or inner/outer) strategy for waveform relaxation (WR) itera...
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