The core losses prediction in laminated magnetic circuits has generated relentless scientific
research efforts. In this domain, the almost forty years old Statistical Theory of Losses (STL) …

The magnetic properties of non-grain-oriented (NO) electrical steels are a direct product of
their inherent material properties in combination with induced changes due to material …

This paper presents a comparative study of different static hysteresis models coupled to the
parametric magneto-dynamic model of soft magnetic steel sheets. Both mathematical and …

The availability of wide-bandgap (WBG) power switches makes it possible to excite electric
machines with much higher pulsewidth modulation (PWM) switching frequencies. This …

The broad application of electronic device in the power systems requires a practical model
to characterize the hysteresis loops of electrical steel excited with harmonic components …

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 …

This paper presents a generalized dynamic hysteresis model for estimating the iron loss of
complex flux waveforms. A versatile measurement system is developed to experimentally …

Consideration of a fully coupled lamination model with eddy currents and magnetic
hysteresis in standard finite-element (FE) models is prohibitively expensive in terms of …

A novel approach is adopted to model the hysteresis phenomenon of grain-oriented
electrical steels (GOESs), by incorporating a variation of the domain patterns associated with …

This paper compares two different identification methods of a static rate-independent energy-
based hysteresis model with regard to the dynamic hysteresis loop shape prediction when …