||This article provides insufficient context for those unfamiliar with the subject. (July 2012)|
Unlike a conventional wheel, an electrodynamic wheel has a rim studded with magnets of alternating poles. As the wheel spins, which is done at a rate so that there is slip between the rim and the guideway's surface, magnetic fields are induced in the conductive guideway which repels the wheel.
Depending on the spin, electrodynamic wheels can provide propulsion, braking, control and lift.
Using 2D model
The mechanical rotation of a radially positioned permanent-magnet Halbach array above a conducting, nonmagnetic track induces eddy currents in the track that can inductively create suspension and propulsion forces simultaneously. The parameters that affect the performance of this electrodynamic wheel are studied using a 2-D steady-state finite-element method.
- Bird, J. "An Electrodynamic Wheel with a Split-Guideway Capable of Simultaneously Creating Suspension, Thrust and Guidance Forces". University of Wisconsin-Madison. Retrieved 20 December 2012.
- J, Bird. "A Study of the Effect of Using Electrodynamic Wheels in Series". University of Wisconsin-Madison. Retrieved 20 December 2012.
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