An analysis of eddy current and Lorentz force of thin plates under moving magnets

The eddy current and Lorentz force induced in metallic thin plates by the passage of a high-speed magnetic levitation vehicle are analyzed by using the current vector potential method and the integral equation method. Kirchhoff's current law is imposed on the analysis of a branch structure, and flux penetrating a hole is considered to solve a multiply connected problem. Total eddy current and total Lorentz force are analyzed for several small thin plates.<
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