Disruptive innovations in electrical machine design optimization are observed in this paper,
motivated by emerging trends. Improvements in mathematics and computer science enable …

According to the special section entitledRobust design and analysis of electric machines
and drives', to be published in IEEE Transactions on Energy Conversion, the authors …

A fast and accurate analytical inverter-fed induction machine iron loss calculation model is
proposed in this paper. The proposed model takes account of the influence of the output …

Accurately and efficiently estimating the energy losses in electrical steels over a large
frequency bandwidth, particularly in the high-frequency regimes, is of great significance for …

A high-fidelity two-axis model of an interior permanent-magnet synchronous machine (IPM)
presents a convenient way for the characterization and validation of motor dynamic …

The first of this two-part article illustrates the state-of-the-art in soft magnetic materials
characterization starting with very early developments and giving a retrospective view of …

Traditional loss-minimization strategies of model-based control, copper loss minimization
(CLM), and finite-element-based control suffer from respective problems of iron loss …

The accurate measurement and modeling of ferromagnetic material losses are vital issues
during the design and analysis of electrical machines. Higher loss values can describe the …

This paper presents a thorough introduction to and application of the Parametric Magneto-
Dynamic (PMD) model of soft magnetic steel sheets. The theoretical background is …

Eddy current analysis is a key issue for large turbine generators. The finite-element method
(FEM) is a computational tool for obtaining the electromagnetic characteristics of electrical …