|
Pg 168-178
Application of the Schwarz-Christoffel Transformation to the Solution of Harmonic Dirichlet Problems in Electrostatics
1Swem S.T., 2Ogwola, P, 3Otene, E 1,3 Department of Mathematics/Statistics/Computer Science, University of Agriculture, Makurdi, Nigeria. 2Department of Mathematical Sciences, Nasarawa State University, Keffi, Nigeria.
Abstract
In this paper, a purely conformal mapping method for efficiently solving harmonic Dirichlet problems of electrostatic in domains free of charge and with charge whose boundaries have inconvenient geometries consisting of straight-line segments is presented. The method which uses the inverse of an appropriately determined Schwarz-Christoffel transformation as the mapping function, was applied to harmonic Dirichlet problems in an infinite strip and infinite sector and the solution or electrostatic potential for the problem obtained for each case. Furthermore, the equipotential lines of the electric field were also obtained in order to show the features of the solution and the field analysed accordingly. The electric field intensity was also analysed to show its variation in the field. This method could therefore be a suitable alternative method for solving Laplace's equation in two dimensional electrostatic problems.
Key words and Phrases: Conformal Map, Schwarz-Christoffel Map, Analytic Function, Branch of a Multiple Valued Function, Electrostatic Potential, Electric field Intensity.
|
