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 …

Geared devices are commonly used to match the operating speed and torque of the power
source with the second mover. Such geared devices are usually mechanical gears. As …

One of the significant tasks in data-driven fault diagnosis methods is to configure a good
feature set involving statistical parameters. However, statistical parameters are often …

In this paper, by incorporating the new concept of the noncontact magnetic planetary gear
into a permanent magnet brushless machine, a new multiport magnetic-planetary-gear …

In this paper, a 1: 4.25 ratio ferrite magnet and Nd-Fe-B magnet flux-focusing magnetic
gearbox with a high pole count is analyzed. A simple parameter sweep analysis is used to …

This paper proposes a review-based comparative study addressing the critical issue of tidal
stream turbine drivetrain options. Indeed, tidal stream turbines are still in development …

This paper describes a 3.25: 1 linear magnetic gear which has been designed and
prototyped to meet the performance requirements of an aerospace application. It has been …

Magnetic gears are able to transmit torque between an input and an output shaft without
mechanical contact. As for electrical drives, torque density, acoustic noise, and torque ripple …

This paper describes a two-dimensional (2-D) analytical model to predict the magnetic field
distribution in axial-field magnetic gears by using the sub-domain method. The sub-domain …

Conventional coaxial magnetic gears are structures with permanent magnets, which working
principle is equivalent to that of epicyclic gearing. The motion is transferred between …