The paper presents simulation results of a two-dimensional permanent magnet synchronous motor, which were calculated by the help of the Infolytica MotorSolve and of the COMSOL Multiphysics, as well. The simulation results were compared with each other focusing on the torque, the magnetic flux density and the magnetic potential of the permanent magnet synchronous motor.
Liska J. Electric machines II, DC machines (in Hungarian), Tankönyvkiadó, Budapest, 1951.
Liska J., '', in Electric machines, (1951) -.
Liska J.Electric machines1951)| false
Kuczmann M., Ivanyi A. The finite element method in magnetics, Akademiai Kiado, Budapest, 2008.
Ivanyi A., '', in The finite element method in magnetics, (2008) -.
Ivanyi A.The finite element method in magnetics2008)| false
Marcsa D., Kuczmann M. Comparison of the A* − A and T, Φ-Φ formulations for the 2D analysis of solid-rotor induction machines, IEEE Trans. on Mag. Vol. 45, No. 9, 2009, pp. 3329–3333.
Kuczmann M., 'Comparison of the A* − A and T, Φ-Φ formulations for the 2D analysis of solid-rotor induction machines' (2009) 45IEEE Trans. on Mag.: 3329-3333.
Kuczmann M.Comparison of the A* − A and T, Φ-Φ formulations for the 2D analysis of solid-rotor induction machinesIEEE Trans. on Mag.20094533293333)| false