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- Title
New Characterization of an Improved Numerical Method for Solving the Electrical Impedance Equation in the Plane: An Approach from the Modern Pseudoanalytic Function Theory.
- Authors
G., C. M. A. Robles; R., A. Bucio; T., M. P. Ramirez
- Abstract
Employing an improved numerical method, we approach solutions for the Dirichlet boundary value forward problem of the Electrical Impedance Equation in the plane. Some of the considered conductivity functions posses an exact mathematical representation. The rest arise from geometrical figures. Both classes of conductivity functions are analyzed within bounded domains, emphasizing the results corresponding to non-smooth boundaries, for which not any additional regularization method was required.
- Subjects
NUMERICAL analysis; ELECTRIC impedance; PLANE geometry; GEOMETRIC function theory; DIRICHLET problem; GEOMETRIC modeling
- Publication
IAENG International Journal of Applied Mathematics, 2013, Vol 43, Issue 1, p17
- ISSN
1992-9978
- Publication type
Article