Subject: Electrical engineering, electronic engineering, information engineering
Year: 2004
Type: Conference or Workshop Item
Type: PeerReviewed
Title: Finite Element Method Coupled with Genetic Algorithm as a Design Optimization Tool of Electromagnetic Devices
Author: Petkovska, Lidija
Author: Cvetkovski, Goga
Author: Sarac, Vasilija
Abstract: In the paper the authors are presenting the optimization procedure based on application of Genetic Algorithm (GA) coupled with Finite Element Method (FEM), for design of electromagnetic devices. the result is a powerful optimization tool, which will be applied in particular for a design of: an axial field permanent magnet disk motor for direct EV drive; a single phase shaded pole induction motor and an iron core coil. In the essence the target is focused toward finding more efficient model of each particular device, by optimizing and improving the design of an existing prototype model. Later, the obtained optimal solution are thoroughly investigated through an analysis of their performance characteristics, derived from FEM computations. some of the results, where is possible, are verified experimentally by measurements, showing a good agreement, they prove the proposed methodology for optimization of electromagnetic devices as reliable and accurate.
Publisher:
Relation: https://eprints.ugd.edu.mk/10251/
Identifier: oai:eprints.ugd.edu.mk:10251
Identifier: https://eprints.ugd.edu.mk/10251/1/SPEDAM-2004.pdfIdentifier: Petkovska, Lidija and Cvetkovski, Goga and Sarac, Vasilija (2004) Finite Element Method Coupled with Genetic Algorithm as a Design Optimization Tool of Electromagnetic Devices. In: Symposium of power electronics, electrical drives, automation and motion .
