Computationally efficient permanent magnet traction motor loss assessment

  title={Computationally efficient permanent magnet traction motor loss assessment},
  author={Athanasios G. Sarigiannidis and Minos E. Beniakar and Antonios G. Kladas},
Purpose This paper aims to introduce a computationally efficient hybrid analytical–finite element (FE) methodology for loss evaluation in electric vehicle (EV) permanent magnet (PM) traction motor applications. In this class of problems, eddy current losses in PMs and iron laminations constitute an important part of overall drive losses, representing a key design target. Design/methodology/approach Both surface mounted permanent magnet (SMPM) and double-layer interior… CONTINUE READING

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