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Comparison of Methodologies for the Design of Variable Reluctance Machine

Mama Chouitek(1*), Benaissa Bekouche(2), Noureddine Benouzza(3)

(1) LSS laboratory (signals and automatics systems), Faculty of Science and Technology, Department of Electrical Engineering, Abdel Hamid ibn badiss University, Algeria
(2) University Center of Relizane, Algeria
(3) University of Sciences and Technology of Oran, Algeria
(*) Corresponding author



The principles of machines design are available in several different sources; the need to proceed a simple and unified approach is based on the principles of electromagnetism. This article discusses the comparison of methods which can be applied by many manufacturers. In addition to the design of a variable reluctance machine or switched reluctance motor (SRM) using the finite element of, developed permeance networks method program can be used as a tool of verifying the design of the SRM by finite elements. The permeance networks method  is based on the concept of dividing the magnetic circuit of the machine into several areas, each area is materialized by a reluctance, however, this process is laborious because the finite element method is preferable to predict the design parameters before the final verification by networks permeance.
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Finite Elements Method (FEM); Permeance Networks Methods (NPM); Variable Reluctance Machine

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