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This paper aims to define a minimum set of finite element solutions to be used in the design and analysis of saturated permanent-magnet motors. The choice of the finite element solutions belonging to this set is strictly associated with the classical d - q axis theory and it is described in terms of key points on the Flux-MMF diagram. When synchronous machine are considered, such a diagram has a regular...
The torque produced by a synchronous reluctance machine (including the PM assisted configuration) is studied analytically, to the aim of characterizing the effect of the position of the flux-barriers on the torque ripple. It is verified that the position of the flux-barrier ends highly influences the torque waveform. To the aim of reducing the torque harmonic contents, a new strategy is proposed based...
The torque behavior of a synchronous reluctance machine (including the PM assisted configuration) is studied analytically, to the aim of individuating the position of the flux-barrier ends that minimizes the torque ripple. A new strategy is proposed based on a suitable choice of these positions together with the combinations of rotor laminations of different type. This allows the torque harmonics...
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