As a type of magnetic device being able to realize contact‐free power transmission together
with sufficient volumetric torque density, the field‐modulated magnetic gear (FMMG) has …

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

Magnetic gears' numerous potential advantages, such as contactless operation, reduced
maintenance requirements, lack of lubrication, and inherent overload protection, have led to …

Magnetic gears have some advantages when compared to the traditional mechanical ones,
especially in terms of maintenance and absence of lubrication. Many types of magnetic …

Magnetic gears use noncontact operation to achieve the same function as mechanical gears
but benefit from a variety of potential advantages due to their noncontact power transfer. This …

Eccentricity and inclination are common fault types in magnetic gears, serving as
prerequisites for the stable transmission of cycloidal magnetic gears (CyMG) and nutation …

Coaxial magnetic gear is a cutting-edge technology introduced a few years ago. Its middle
rotor is a rotating steel cylindrical shell with a variable array of holes that are filled by brass …

The utilization of gears as intermediary components for power transmission in electric drive
systems addresses the insufficiency of electric machines in handling torque loads effectively …

Energy conversion systems for renewable energy rely on mechanical gearboxes to transmit
mechanical power to the electrical machine at higher speeds and to avoid having very large …

This study aims to achieve low-volume torque transmission with high efficiency by using a
coaxial magnetic gear in vehicle powertrain systems. In this study, the magnetic properties of …