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Progress in Systems and Telecommunication Engineering

Finite Element Method Modelling for 3D Domains

Blagoja Arapinoski, Mirka Popnikolova Radevska, Milan Cundev, Vesna Ceselkoska
Faculty of Technical sciences at University of Bitola st. Ivo Lola Ribar nn, Milan Cundev is with the Faculty of Electrical engineering and information technologies Skopje, MacedoniaBitola 7000, Macedonia.,

Abstract: In 3D domains, the three phase poles synchronous motors are studied. We have outlined the methods we have used for the numerical determinations and the complex non-linear part of the electromagnetic fields. We have applied the Finite Element Method for modelling the motor with non-linear and iterative calculation. We performed the finite elements automatic generation for which the package is used. We further developed the electromagnetic field in 3D motor domains which lead to the loading and excitation of motor windings. We determined the air gap flux and flux density distribution.

Keywords: Three Phase Salient Poles Synchronous Motor, Finite Element Method, Electromagnetic Field in 3D Finite Element Method Modelling for 3D Domains

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References:

[1] Radevska, M.P. & Arapinoski, B. (2011) Computation of solid salient poles synchronous motor electromagnetic characteristic, 10th international conference of applied electromagnetic IIEC 2011, Nis, Serbia.
[2] Arapinoski, B. & Popnikolova, M. Radevska Electromagnetic and thermal analysis of power distribution transformer with FEM. ICEST: Ohrid, Macedonia (2010), R.Macedonia 2010.
[3] Popnikolova-Radevska, M., Cundev, M. & Petkovska, L. From macroelements to finite elements generation for electrical machines field analyses, ISEF International Symposium on Electromagnetic Fields in Electrical Engineering, Thessaloniki, Greece, 1995, p.p, pp. 346–349.
[4] Arapinoski, B. & Popnikolova, M. Radevska, D. Vidanovski “FEM Computation of ANORAD Synchronous Brushless linear motor” ELMA (2008). Sofia.
[5] Popnikolova, M. (2006). Radevska: ‘Calculation of Electromechanical Characteristics on Overband Magnetic Separator with Finite Elements’, ICEST 2006, p.p, Vols. 367–370. Sofia.
[6] Cundev, M., Petkovska, L. & Popnikolova-Radevska, M. An analyses of electrical machines synchronous type based on 3DFEM ICEMA International Conference on Electrical Machines and Applications, Harbin, China, September 1996, p.p, pp. 29– 32.

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