Adaptive Magnetic Equivalent Circuit of Rotor-Segmented Axial-Field Switched Reluctance Machine Incorporated with Finite-Element Method
作者： Wei Sun , Qiang Li , Lian-Li Zhu , Da Xu , Lei Li
DOI: 10.23919/ICEMS.2018.8549477
关键词:
摘要: The nonlinear adaptive magnetic equivalent circuit (MEC) modeling method incorporated with finite-element (FEM) is developed in this paper to predict the characteristic of a rotor-segmented axial-field switched reluctance machine (RS-AFSRM). magnetization local part featured by serious saturation and fringing effect obtained through FEM lumped-parameter MEC models. Not only division rotor position range, but also flux patterns parts are discussed. iterative computation, influences main geometrical parameters, such as stator pole arc angles air-gap length, on investigated results validated FEM.
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