Satoru Ota
Research Section 2, System Technology Research Department, Advanced Technology Research Laboratories, Research & Development Group,
MEIDENSHA CORPORATION
Abstract
Motors for drive mobility are required to be compact and lightweight.
Axial gap structures are attracting attention for low speed, high torque specifications. However, in order to investigate this axial gap structure, three-dimensional electromagnetic field analysis is required, and the problem is that the analysis takes a lot of time.
In this presentation, I will introduce the results of examining the electrical characteristics of the axial gap structure using parallel computing and the design support tool implemented in JMAG.
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