Abstract
This paper investigates the thermal characteristics of the transverse flux tubular linear motor, including numerical calculation and temperature rise in the continuous reciprocating motion. Firstly, it estimates the various components of heat sources i.e. electromagnetic losses, including core loss in the stator as well as copper loss and eddy-current losses in the mover, and then presents the heat parameters according to the convective heat exchanges. Secondly, it establishes numerical model of the three-dimensional for the transient temperature field in transverse flux tubular linear motor. The validity of the numerical analysis is proved by the temperature rise in the continuous reciprocating motion test.
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