An extensive growth in the application of ferromagnetic materials require a firm theoretical
understanding of the material behavior to accomplish accurate model prediction. The aim of …

This paper presents innovative research toward the development of a 45-kW high-speed
switched reluctance drive as an alternative starter-generator for future aeroengines. To …

Magnetic and mechanical behaviour are strongly coupled: an applied stress modifies the
magnetic behaviour, and on the other hand, magnetic materials undergo a magnetisation …

This paper presents a new method for noninvasive diagnosis of static, dynamic, and mixed
eccentricity faults in switched reluctance motors (SRMs). This method makes it possible to …

This paper gives a broad overview of methods to model core losses from the magnetization
of soft magnetic iron cores in electrical machines. The review study starts with some …

A magnetic hysteresis model is developed based on the vector generalization of Jiles-
Atherton (JA) model combined with a simplified multiscale approach to take into account the …

Compact and high speed electromechanical systems lead to higher and higher levels of
multiaxial mechanical stress, that may strongly change the magnetic behavior of materials …

Magnetostriction is the magnetisation-induced strain in ferromagnetic materials. It highly
depends on mechanical stress. Stress state in electromagnetic devices is usually multiaxial …

Accurate modeling of the coupling between mechanical and magnetic behavior is a key
challenge for designing many electromagnetic devices. The requirements for such modeling …

A main limitation of most models describing the effect of stress on the magnetic behavior is
that they are restricted to uniaxial–tensile or compressive–stress. Nevertheless, stress is …