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Transactions on Machine Design (TMD)

Modelling of Two-Dimensional Magnetic Fields and the Induction Motors

Nikolce Talevski, Mirka Popnikolova Radevska, Blagoja Arapinoski, Mile Spirovski
Faculty of Technical sciences at University of Bitola Makedonska Falanga 33 Bitola, 7000, Macedonia

Abstract: We in this work have addressed the modelling of two-dimensional magnetic fields and analyse the three phase induction motors. During the calculation of the magnetic data, we look at the precision of the machines. We found that the magnetic field solution needs to be accurate for efficiency. We have used the set of programs for the generation of finite elements. The air gap flux distribution of flux is the main determinant of the execution of the motor windings during the distribution of electromagnetic field.

Keywords: Three-Phase Induction Motor with Squirrel Cage, FEM 2D, Electromagnetic Analysis Modelling of Two-Dimensional Magnetic Fields and the Induction Motors

DOI:

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References:

[1] Arapinoski, B., Radevska, M., Ceselkoska, V., Cundev, M. (2013). Modelling of Three-Dimensional Magnetic Field in Three- Phase Induction Motor with Double Squirrel Cage, TEM Journal.
[2] Mirka Popnikolova Radevska., Blagoja Arapinoski. (2011). Computation of solid salient poles synchronous motor electromagnetic characteristic,10th international conference of applied electromagnetic, Nis, Serbia, September.
[3] Arapinoski, B., Popnikolova Radevska, M. (2010). Electromagnetic and thermal analysis of power distribution transformer with FEM” ICEST 2010, Ohrid, R. Macedonia.
[4] Popnikolova-Radevska, M., Cundev, M., Petkovska. (1995). From Macroelements to Finite Elements Generation for Electrical Machines Field Analyses, ISEF International Symposium on Electromagnetic Fields in Electrical Engineering, Thessaloniki, Greece, 346-349.
[5] Arapinoski, B., Popnikolova Radevska, M., Vidanovski, D. (2008). FEM Computation of ANORAD Synchronous Brushless linear motor, ELMA 2008, Sofia – Bulgaria.
[6] Popnikolova Radevska, M. (2006). Calculation of Electromechanical Characteristics on Overband Magnetic Separator with Finite Elements, ICEST, 367-370, Sofia, Bulgaria.
[7] Cundev, M., Petkovska, L., Popnikolova-Radevska, M. (1996). An Analyses of Electrical Machines Sinchronous Type Based on 3D-FEM, ICEMA International Conference on Electrical Machines and Applications, Harbin, China, September 1996, 29- 32.

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