Topology Optimization and Comparative Analysis of Optimal Torque and Saliency of Synchronous Machines
Résumé
In this paper, we investigate two optimization problems to design the rotor of a synchronous reluctance motor (SYnRM). Both problems are based on a density-based topology optimization method. The first problem aims to maximize the average torque, while the second aims to maximize the saliency through energy formulation. The study considers different starting points that are represented through a variety of initial material distributions. The optimization algorithm is based on the gradient descent method, and the sensitivities are obtained using the adjoint variable method.
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