Interaction force analysis of transverse flux linear switched reluctance machine by Fourier projection method

This paper will provide an optimal pole arrangement design scheme of a linear switched-reluctance machine that is applicable for magnetic levitated vehicle (MAGLEV) system. The proposed low-cost machine structure will be able to supply both the levitation and the propulsion forces simultaneously.Minimum torque generation and smooth switch operation in the entire operation range have been selected as the design objectives subjected to the available machine bogie and electromagnet sizes. Comparison studies on the system electromagnetic and electromechanical characteristics will be provided to verify the adequacy of the proposed design scheme.

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Optimal pole arrangement design of a linear switched-reluctance machine for magnetic levitation and propulsion system

Liu

Sheu

1996

IEEE Trans. Magn.

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Magnetic and magneto-transport properties of novel nanostructured networks

Liu

Chien

1998

IEEE Trans. Magn.

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Three-dimensional field and side-force design analyses of a transverse flux linear switched-reluctance machine

Liu

Lee

1998

IEEE Trans. Magn.

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This paper is intended to investigate the electromagnetic flux distribution and side-force characteristics of a transverse flux linear switched-reluctance machine (TFLSRM) by three-dimensional finite element method. With the flux path perpendicular to its moving direction, results showed that the TFLSRM is quite suitable for high speed linear motion applications, due to the generated electromagnetic side-force which enhance the overall system guidance. From comparison analysis, conceptual design suggestions on the machine pole shapes will also be supplied.

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Interaction force analysis of transverse flux linear switched reluctance machine by Fourier projection method

Cited by 16 publications

References 21 publications

Optimal pole arrangement design of a linear switched-reluctance machine for magnetic levitation and propulsion system

Optimal pole arrangement design of a linear switched-reluctance machine for magnetic levitation and propulsion system

Magnetic and magneto-transport properties of novel nanostructured networks

Three-dimensional field and side-force design analyses of a transverse flux linear switched-reluctance machine

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