This paper presents the design investigation and experimental testing of a flux-focusing magnetic gearbox with a three piece laminated rotor structure. Each rotor is made of a single lamination stack held together via thin lamination bridges. It is calculated that mechanical bridges reduces the torque density from 156Nm/L to 139Nm/L (a reduction of 11%). The experimentally measured torque density is shown to be only 95Nm/L because the magnets were demagnetized during testing
This paper presents the electromagnetic and mechanical design and analyses of a 7.67:1 gear ratio ma...
This paper introduces a coaxial magnetic gearbox with a new high-speed rotor configuration. The prop...
AbstractRecently, magnetic gearboxes (MGBs) are serious contenders to their conventional mechanical ...
This paper presents the performance comparison between a flux concentration and triple permanent mag...
By utilizing magnetic field space modulation magnetic gearboxes (MGs) are able to create speed ampli...
Halbach array magnetic gearboxes have been discussed as being able to create high torque density. Ho...
This paper presents the design, analysis, and experimental testing results for a 5.67:1 Halbach roto...
The design of the second stage of a 59:1 multi-stage magnetic gearbox for a wind turbine demonstrato...
Power transmission is traditionally achieved with a mechanical gear. These gears require maintenance...
This paper presents a new topology of the coaxial magnetic gear (CMG) in which the permanent magnets...
In this paper, a 1:4.25 ratio ferrite magnet and Nd-Fe-B magnet flux-focusing magnetic gearbox with ...
Power transmission is traditionally achieved with a mechanical gear. Mechanical gears require mainte...
Over the last two decades, magnetic gears and magnetically geared machines gained interest as a prom...
The conversion from low speed to high speed and vice versa in various forms, including rotary and li...
Recently, magnetic gearboxes (MGBs) are serious contenders to their conventional mechanical counterp...
This paper presents the electromagnetic and mechanical design and analyses of a 7.67:1 gear ratio ma...
This paper introduces a coaxial magnetic gearbox with a new high-speed rotor configuration. The prop...
AbstractRecently, magnetic gearboxes (MGBs) are serious contenders to their conventional mechanical ...
This paper presents the performance comparison between a flux concentration and triple permanent mag...
By utilizing magnetic field space modulation magnetic gearboxes (MGs) are able to create speed ampli...
Halbach array magnetic gearboxes have been discussed as being able to create high torque density. Ho...
This paper presents the design, analysis, and experimental testing results for a 5.67:1 Halbach roto...
The design of the second stage of a 59:1 multi-stage magnetic gearbox for a wind turbine demonstrato...
Power transmission is traditionally achieved with a mechanical gear. These gears require maintenance...
This paper presents a new topology of the coaxial magnetic gear (CMG) in which the permanent magnets...
In this paper, a 1:4.25 ratio ferrite magnet and Nd-Fe-B magnet flux-focusing magnetic gearbox with ...
Power transmission is traditionally achieved with a mechanical gear. Mechanical gears require mainte...
Over the last two decades, magnetic gears and magnetically geared machines gained interest as a prom...
The conversion from low speed to high speed and vice versa in various forms, including rotary and li...
Recently, magnetic gearboxes (MGBs) are serious contenders to their conventional mechanical counterp...
This paper presents the electromagnetic and mechanical design and analyses of a 7.67:1 gear ratio ma...
This paper introduces a coaxial magnetic gearbox with a new high-speed rotor configuration. The prop...
AbstractRecently, magnetic gearboxes (MGBs) are serious contenders to their conventional mechanical ...