Wide bandgap (WBG) device-based power electronics converters are more efficient and
lightweight than silicon-based converters. WBG devices are an enabling technology for many …

A magnetically geared machine (MGM) integrates a magnetic gear with a low-torque, high-speed
electric machine to create a single compact high-torque, low-speed device with the …

Magnetic gears perform the same function as mechanical gears using magnetic fields instead
of interlocking teeth. A review of the design processes used in the literature demonstrates …

Axial flux magnetically geared machines offer the potential to achieve exceptional torque
densities at high diameters. This paper proposes a topology for an axial flux magnetically …

This paper is an effort to put together all the potential applications of Wide Bandgap (WBG)
devices in AC electric drives. Low inductance motors, high speed motors, and electric drives …

Magnetic gears, like mechanical gears, transform power between different speeds and
torques; however, magnetic gears' contactless nature provides inherent potential benefits over …

This study employs a genetic algorithm (GA) to optimize surface mounted permanent magnet
coaxial radial flux magnetic gear designs using both 2-D finite element analysis (FEA) and …

This article presents and evaluates a dual rotor axial flux permanent magnet motor for electric
aircraft applications. Several features, including grain-oriented electrical steel, Halbach …

This paper provides a thorough, parametric comparison of axial and radial flux coaxial
magnetic gears with surface-mounted permanent magnets. While both topologies share similar …

Magnetic gears perform the same fundamental power conversion as mechanical gears.
However, magnetic gears have significant potential benefits due to their noncontact operation. …