The Cell Method is a proposed numerical solution for electromagnetic field applications. It is based on Finite Formulation, so it is directly related to experimentation due to the global variables attached to the points, lines, surfaces and volumes of this theory. In this project, the Cell Method is used to simulate a real electromagnetic problem: a coil with a cylindrical metallic core and the air of their surroundings model. This paper shows the time consume problem faced during the pre-processing of the information obtained in the simulations and the proposed solution by the parallelization of the algorithms used. The preliminary results of the parallel pre-processing will be shown and compared with the serial procedure ones.

• Presidente: Juan A. Montiel Nelson
• Secretario: Sunil Lalchand Khemchandani
• Vocal: Francisco Javier del Pino Suárez