Material productivity, design preciseness, and time to market are becoming critical in motor
manufacturing and can be improved by detailed system design analysis and simulation …

This paper addresses a design and optimization procedure of a biomechanical energy
conversion system. First, the center-of-mass motion is identified as an energetic motion …

The Schwarz-Christoffel method is implemented in a Monte Carlo electric machine slot
shape search algorithm attempting to maximize average torque under constrained flux …

Many high-performance applications require an optimized electrical machine to achieve
desired operating characteristics within a given environment and minimum cost and weight …

First of all, this paper discusses the use of a novel approach optimization procedure to
determine the design of three phase electrical motors. The new lies in combining a motor …

This paper presents a design methodology appropriate for low-speed variable-reluctance
generators (VRGs). This work is motivated by the application of VRGs to direct-drive wind …

Alternative performance criteria governing steady state operation of an induction motor are
applied to design an'inverter-dedicated" induction machine. The design is focused on the …

Boundary-based methods are an alternative to the standard domain-based finite element
methods found in most field analysis software. This dissertation examines two boundary …

The material productivity and design certainty are becoming ever more important for a
responsive motor manufacturer, and they can be improved by design optimization through …

A motor which has optimal performance along with minimal performance sensitivity with
respect to manufacturing variations is described. Performance is defined by a critical-to …