The electrical machine (EM) is a key component in plug-in electric and hybrid vehicle (PEV)
propulsion systems. It must be designed for high torque/power densities, wide speed range …

Three-phase fractional-slot PM machines are more and more used in many applications. In
spite of the several advantages, these machines exhibit high contents of space harmonics in …

Dank der guten Aufnahme dieser Aufgabensammlung durch eine interessierte Leserschaft
ist nun eine zweite Auflage entstanden. Diverse Fehler, die mir auch dankenswerter Weise …

This paper presents a very-high-speed (VHS) slotless permanent-magnet motor design
procedure using an analytical model. The model is used to design the optimal prototype …

Permanent-magnet machines using concentrated windings are gaining popularity at the
expense of distributed windings in various applications, mainly due to cost savings. The …

The fractional-slot permanent-magnet (PM) machines are used in many applications due to
their high torque density, low torque ripple, and high efficiency. However, the fractional-slot …

This paper deals with the design criteria for a high-efficiency permanent magnet
synchronous motor. The goal is not pursued by a trivial reduction of the electric and …

Fractional-slot permanent-magnet (PM) machines have several advantages, but they suffer
from the high content of space harmonics in the air-gap magnetomotive force (MMF) …

This paper analyzes rotor eddy-current loss in permanent-magnet brushless ac machines. It
is shown that analytical or finite-element techniques published in literature for predicting …

This paper presents a computationally efficient technique in determining the influence of the
finite axial length of the permanent magnets on the rotor eddy-current loss in modular …