Abstract
In this thesis thermal behavior of TM with NeFeB permanent magnet was consider. Numerical calculation of thermal steady state behavior in two dimensional tasks was carried out. Currently accepted assumption was used for simplifying. A coil and PM temperature rise of TM was ascertained courtesy of numerical calculation. Impact of magnetic flux pulse on temperature rise from pulse width modulation was ascertained. The ways of thermal rise decrease caused by air gap variance was explored. Research results can be using for advance of TM with PM usability.
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