Interior permanent magnet synchronous machines (IPMSMs) are commonly utilized in many
applications where high-torque density and low torque ripple are required. Flux barriers …

This paper introduces an evolutionary optimization procedure for the design of permanent-
magnet motors (PMMs) for electric vehicle (EV) applications, considering a specific drive …

This paper proposes a multicriteria design optimization methodology for permanent magnet
(PM) motors used in electric vehicle (EV) applications. In the process, an adaptive-network …

The traditional generating set is usually comprised of a classical, wound-field, salient-pole,
or cylindrical rotor synchronous generator, excited by a separate smaller machine, via a …

For an optimal design of a surface-mounted permanent magnet synchronous motor
(SPMSM), many objective functions should be considered. The classical optimization …

Smaller and lighter motors are needed to be used for cooperative robots, which are
becoming a recent issue among articulated robots. In order to make the motor small, the …

This paper aims to provide a smart design to improve the efficiency of surface permanent
magnet synchronous motor. An efficient design strategy involving penalty approaches are …

A concentrated winding interior permanent-magnet synchronous motor (IPMSM) capable of
being used in wide speed range applications is designed and introduced. The IPMSM in the …

In order to understand the impact that certain design changes may have on the performance
over a wide speed range, a series of 12-slot 8-pole concentrated winding interior permanent …

This paper describes and classifies possibilities of using asymmetric geometry solutions in
slotted electrical machines with nonlinear soft magnetic core. These asymmetrical …