Author:
Chávez C.,Domíngez F.,Lucas-Martínez S.,Tinoco-Martínez J.,Santana D.
Abstract
In this paper, it is presented a formulation of a generalized finite difference scheme to solve the Motz problem. It is based on a general difference scheme defined by an optimality condition, which has been developed to solve Poisson-like equations whose domains are approximated by a wide variety of grids over general regions. Numerical examples showing second-order accuracy of the calculated solutions are presented.
Subject
Applied Mathematics,General Engineering
Cited by
2 articles.
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