The relaxation parameters values to definite sequential upper relaxation block method convergence optimal velocity have been determined for the Dirichlet's problem in two-dimensional rectangle spatial region, the iteration procedure convergence and positive definiteness of the corresponding linear algebraic equations system matrix have been proved
AbstractWe give a simple framework for computing relative convergence rates for relaxation methods w...
The main problem considered is the effect due to changes in the shape of the region on the convergen...
method for finding the optimum successive over-relaxation parameter By J. K. Reid* A proof is given ...
AbstractFor linear constant-coefficient differential-algebraic equations, we study the waveform rela...
We study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear systems...
AbstractWe study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear...
AbstractMultisplitting methods are parallel methods for the solution of a linear system Ax = b. It h...
The successive over relaxation method is an effective iterative method for solving the difference an...
This thesis contributes to develop a new class of methods for the numerical solution of partial diff...
We propose a new approach to analyze the convergence of optimized Schwarz waveform relaxation (OSWR)...
In connection with efforts to utilize the CRAY-1 computer efficiently, we present some methods of an...
AbstractThis paper is concerned with convergence rate of a relaxation method for solving a simplifie...
We analyze the convergence rate of the Dirichlet-Neumann iteration for the fully discretized unstead...
International audienceWe propose a new approach to analyze the convergence of optimized Schwarz wave...
Two simple interface relaxation techniques for solving elliptic differential equations are considere...
AbstractWe give a simple framework for computing relative convergence rates for relaxation methods w...
The main problem considered is the effect due to changes in the shape of the region on the convergen...
method for finding the optimum successive over-relaxation parameter By J. K. Reid* A proof is given ...
AbstractFor linear constant-coefficient differential-algebraic equations, we study the waveform rela...
We study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear systems...
AbstractWe study convergence properties of time-point relaxation (TR) Runge-Kutta methods for linear...
AbstractMultisplitting methods are parallel methods for the solution of a linear system Ax = b. It h...
The successive over relaxation method is an effective iterative method for solving the difference an...
This thesis contributes to develop a new class of methods for the numerical solution of partial diff...
We propose a new approach to analyze the convergence of optimized Schwarz waveform relaxation (OSWR)...
In connection with efforts to utilize the CRAY-1 computer efficiently, we present some methods of an...
AbstractThis paper is concerned with convergence rate of a relaxation method for solving a simplifie...
We analyze the convergence rate of the Dirichlet-Neumann iteration for the fully discretized unstead...
International audienceWe propose a new approach to analyze the convergence of optimized Schwarz wave...
Two simple interface relaxation techniques for solving elliptic differential equations are considere...
AbstractWe give a simple framework for computing relative convergence rates for relaxation methods w...
The main problem considered is the effect due to changes in the shape of the region on the convergen...
method for finding the optimum successive over-relaxation parameter By J. K. Reid* A proof is given ...