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) …

This paper reviews the use of the fractional derivative operators for the dynamic
magnetization of ferromagnetic specimens. Magnetic behaviors in ferromagnetic specimens …

The high-frequency iron losses caused by sinusoidal flux density variations with frequencies
ranging from 2.5 to 40 kHz, amplitudes from 1 to 70 mT, and dc-biased magnetic inductions …

The frequency dependence of ferromagnetic hysteresis and the related core losses is still an
open question. From scaling relations up to space discretized and simultaneous …

Precise estimation of carburization depth is mandatory to avoid failure and critical
degradation of high-performance mechanical parts. In this work, we studied magnetic …

Grain-oriented silicon steel (GO FeSi) laminations are vital components for efficient energy
conversion in electromagnetic devices. While traditionally optimized for power frequencies …

The performance of electromagnetic devices like motors and transformers is dictated by their
efficiency of magnetic energy conversion, and the adequate modeling of this efficiency is …

This article presents linear oscillating actuator (LOA) which generates bidirectional linear
thrust force. Design topology of the proposed LOA contains an outer mover and an inner …

Magnetic energy loss P of SiFe steel represents a key factor for the efficiency of soft
magnetic machine cores. Traditionally, they are operated with 50 Hz (or 60 Hz), a frequency …

Reducing losses in electrical devices is essential for reducing global energy consumption.
Losses in the core of electrical machines constitute a significant part of the overall losses …