Dynamic circuit and Fourier series methods for moment calculation in electrodynamic repulsive magnetic levitation systems
Abstract
A general theory of moments for electrodynamic magnetic levitation systems has been developed using double Fourier series and dynamic circuit principles. Both employ Parseval's theorem using either wave constant derivatives or the polar waveconstant principle of the Fourier-Bessel/double Fourier series equivalence. A method for calculating angular derivatives of moments and forces is explained, and for all of these methods comparisons are made with experimental results obtained for single and split rail configurations. Extensions of dynamic circuit theory for tilted nonflat and circular magnets are also explained.
- Publication:
-
IEEE Transactions on Magnetics
- Pub Date:
- July 1982
- DOI:
- 10.1109/TMAG.1982.1061955
- Bibcode:
- 1982ITM....18..953K
- Keywords:
-
- Dynamic Response;
- Fourier Series;
- Magnetic Circuits;
- Magnetic Levitation Vehicles;
- Method Of Moments;
- Superconducting Magnets;
- Electrodynamics;
- Magnetic Moments;
- Magnetic Suspension;
- Rail Transportation;
- Vehicular Tracks;
- Electronics and Electrical Engineering