Publications
Preprint · arXiv · April 6, 2021
Inverse properties of a class of pentadiagonal matrices related to higher order difference operators
Bakytzhan Kurmanbek, Yogi A. Erlangga, Yerlan Amanbek
Abstract
This paper analyzes the convergence of fixed-point iterations of the form u = f(u) and the properties of the inverse of the related pentadiagonal matrices, associated with the fourth-order nonlinear beam equation. This nonlinear problem is discretized using the finite difference method with the clamped-free and clamped-clamped boundary conditions in the one dimension. Explicit formulas for the inverse of the matrices and norms of the inverse are derived. In iterative process, the direct computation of inverse matrix allows to achieve an efficiency. Numerical results were provided.
Matrix Theory and AlgorithmsIterative Methods for Nonlinear EquationsAdvanced Numerical Methods in Computational Mathematicspentadiagonal matricesmatrix inversionfinite difference discretization
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