The suspension system design of Linear Induction Motor based on hybrid excitation principle
Wuhan（2008）
摘要
Levitation force is an important technical index of linear induction motor. This paper presents a kind of device which can supply suspension force for hybrid excitation electromagnetic actuators, and calculates the electromagnetic levitation force with 3D field finite element method. The optimization soft package iSIGHT-FD is used to design the structure of the system to gain the largest suspension force.
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关键词
linear induction machines,hybrid excitation,optimization,suspension system,3d field finite element method,soft package isight-fd optimization,linear induction motor,electromagnetic actuator,suspension system design,electromagnetic actuators,magnetic levitation,magnetic fluids,electromagnetic levitation force,electric machine analysis computing,finite element analysis,linear induction motors,hybrid excitation principle,finite element method,electromagnetics,force,system design,permanent magnets
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