Axial Gap Type Motor

Axial-gap motors use an axial magnetic flux to rotate a disc-shaped rotor and stator facing each other. The advantage is that it can be constructed thinner than a radial-gap motor, and if properly designed, a high torque can be obtained relative to the magnetic flux density. The use of axial-gap motors expands to a wide variety of applications, including automobiles, and can meet market requirements with a design that takes advantage of its unique structure.

Axial Gap Type Motor

The JMAG Advantage

  • Fast 3D electromagnetic simulation
  • Mesh modeling that accurately captures short cogging torque periods
  • Geometry modeling to capture AC losses in coils and eddy current losses in magnets
  • Versatile material modeling function, such as evaluating core losses in soft magnetic composites
  • Efficiency mapping function that accounts for these detailed losses
  • Total evaluation can be made of the temperature rise due to loss and noise/vibration due to electromagnetic force

Case Study

JMAG Users Conference Presentations

Sample Data

JMAG sample data for the examples used in the column contributed by Höganäs AB can also be downloaded from the Alvier Mechatronics website.

 Soft Magnetic Composite Application Examples – Single Sided Axial Flux Machines –

 Soft Magnetic Composite Application Examples – Double-Sided Axial Flux Machines –

Application Catalog

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