Distribución del potencial electrostático en una placa cuadrada utilizando el método de elementos finitos

  • Jairo Madrigal-Argáez Físico, Especialista en óptica técnica. Profesor de física de la facultad de Ciencias Básicas, ITM, Medellín
  • Jaime Barbosa-Pérez Ingeniero Mecánico. Profesor del departamento de Ingeniería Mecánica, Universidad EAFIT, Medellín
  • Manuel J. García-Ruiz Manuel Julio Garcia Ruiz. Director del grupo de mecánica computación Universidad EAFIT, Medellín
Keywords: Electric flow, electrostatic potential, Laplace solution, Galerkin solution, Finite Elements Method (FEM).

Abstract

This paper presents the solution to the problem of the distribution of the electrostatic potential in a square plate by means of the Finite Elements Method (FEM). In this process the method is implemented minimo remainder in the weak formulation of the equation differential of Laplace with conditions of border of Dirichlet for the electrostatic potential. The found solution is based on the selection of linear functions on a dominion discreetin a finite number of geometric elements. The solution strategy is based on the implementation of the method of Galerkin in thechoosing of the function solution of the equation of Laplace taken to its discreet representation.
How to Cite
[1]
J. Madrigal-Argáez, J. Barbosa-Pérez, and M. J. García-Ruiz, “Distribución del potencial electrostático en una placa cuadrada utilizando el método de elementos finitos”, TecnoL., no. 21, pp. 131-144, Dec. 2008.

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Published
2008-12-07
Section
Articles
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