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The focus in this paper is on maximizing average torque and minimizing torque ripple in synchronous reluctance machines, using finite element-based design optimization. The procedure is based on using fully parametrized geometries of the machine's magnetic circuit. Crucial dimensions of the rotor geometry were incorporated into the optimization process. The main idea to reduce torque oscillation is...
This paper presents the design and comparison of two types of synchronous reluctance machines. The compared machines differ in their respective type of winding: One is equipped with a conventional full pitch distributed winding while the other one imparts an integer slot concentrated winding. Challenges for the application of concentrated windings to synchronous reluctance machines are examined. The...
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