The performance of magnetic levitation systems at cruising speeds may be approximated by their behaviour at infinite speed. For the latter case, the field equations can be stated in terms of scalar potentials only, permitting decomposition of the three-dimensional boundary value problem into a set of two-dimensional problems. Each of the latter may be solved by a finite element method, leading to a cheap and flexible analysis.
Three-dimensional solution of high-speed magnetic levitation problems
Dreidimensionale Loesung von Problemen des magnetischen Schwebens bei hoher Geschwindigkeit
Journal of Applied Physics ; 53 , 11, PT.2 ; 8417-8419
1982
3 Seiten, 8 Quellen
Article (Journal)
English
Three-dimensional solutions for high-speed magnetic levitation
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