Publication date
February 1999
DOIAbstract
We sketch an algorithmic framework to integrate (iterative) solvers of subsystems of a large nonlinear system into a joint iterative solution process
We sketch an algorithmic framework to integrate (iterative) solvers of subsystems of a large nonlinear system into a joint iterative solution process
AbstractThe computation of solution paths for continuation problems requires the solution of a seque...
• iterative solution of large linear systems is one of the most im-portant numerical tasks in scient...
This presentation is intended to review the state-of-the-art of iterative methods for solving large ...
We are interested in this work by the combination of iterative solvers when solving linear systems o...
Many algorithms employing short recurrences have been developed for iteratively solving linear syste...
We look at the computational procedure of computing the response of a coupled fluid-structure intera...
AbstractThe perturbed iterative scheme developed in [3] is extended in this work to solve coupled sy...
An algorithm proposed by Lanczos [1] for the generation of an approximate solution of a large scale ...
Abstract. Most efficient linear solvers use composable algorithmic components, with the most common ...
A numerical algorithm dealing with solutions of equations with one variable may not be extended to s...
The paper proposes an iterative approach for linear system solving, rooted in the approximation solu...
Abstract. We introduce a well-developed Newton iterative (truncated Newton) algorithm for solving la...
In this article we address decomposition strategies especially tailored to perform strong coupling o...
summary:Nonlinear iterative methods are investigated and a generalization of a direct method for lin...
An iterative algorithm for the efficient solution of systems of nonlinear hyperbolic equations is pr...
AbstractThe computation of solution paths for continuation problems requires the solution of a seque...
• iterative solution of large linear systems is one of the most im-portant numerical tasks in scient...
This presentation is intended to review the state-of-the-art of iterative methods for solving large ...
We are interested in this work by the combination of iterative solvers when solving linear systems o...
Many algorithms employing short recurrences have been developed for iteratively solving linear syste...
We look at the computational procedure of computing the response of a coupled fluid-structure intera...
AbstractThe perturbed iterative scheme developed in [3] is extended in this work to solve coupled sy...
An algorithm proposed by Lanczos [1] for the generation of an approximate solution of a large scale ...
Abstract. Most efficient linear solvers use composable algorithmic components, with the most common ...
A numerical algorithm dealing with solutions of equations with one variable may not be extended to s...
The paper proposes an iterative approach for linear system solving, rooted in the approximation solu...
Abstract. We introduce a well-developed Newton iterative (truncated Newton) algorithm for solving la...
In this article we address decomposition strategies especially tailored to perform strong coupling o...
summary:Nonlinear iterative methods are investigated and a generalization of a direct method for lin...
An iterative algorithm for the efficient solution of systems of nonlinear hyperbolic equations is pr...
AbstractThe computation of solution paths for continuation problems requires the solution of a seque...
• iterative solution of large linear systems is one of the most im-portant numerical tasks in scient...
This presentation is intended to review the state-of-the-art of iterative methods for solving large ...
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