CONSTRUCTION OF AN ELECTRICAL GENERATOR USING THE FINITE ELEMENT ANALYSIS IN ELECTROMAGNETISM, ANSOFT MAXWELL

  • SAVULESCU Adrian PhD. Student eng., “Dunarea de Jos” University of Galati, Romania, Faculty of Engineering in Braila, Research Centre for Mechanics of the Machines and Technological Equipments
Keywords: Magnetic modeling, transient solution, Ansoft Maxwell, A.J and B fields, magnetic transient solution type.

Abstract

This paper attempts to present the necessary steps in designing a electrical generator represented in 2D, 3D, finite element analysis software of Ansoft Maxwell magnetic fields. This work includes modeling form of generator, boundaries, excitations, parameterization, the analysis of the mesh, optimization, performance and representation fields: A (Flux Vector Lines and A), H (Mag_H and H Vector), B (Mag_B and B vector) J (Jz and J vector) and the energy and other analyzes as CoreLoss, Ohmic_Loss and Total_Loss.

Published
2014-11-13
How to Cite
Adrian, S. (2014). CONSTRUCTION OF AN ELECTRICAL GENERATOR USING THE FINITE ELEMENT ANALYSIS IN ELECTROMAGNETISM, ANSOFT MAXWELL. Journal of Industrial Design and Engineering Graphics, 9(3), 37-40. Retrieved from http://sorging.ro/jideg/index.php/jid/article/view/184
Section
Articles