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2006•International Journal of Modern Physics BRequires access

THRUST FORCE OF TFLM AS A DIRECTION OF FRICTIONAL RESISTANCE

Byung‐Chul Woo, Do‐Kwan Hong, Do-Hyun Kang

Open publisher page 3 citations

Abstract

This paper presents an integrated linear actuator combined with a Traverse Flux Linear Motor (TFLM) for household electric applications. They both use the same primary magnetic circuit, but they have different secondary movers. The paper presents a new design of linear motor for a new electromagnetic linear actuator, an integrated TFLM. The calculated thrust force (250[N]) is in good agreement with experiments. This result reveals that TFLM has a great potential to utilize the linear actuator for household electric applications as the weight of a linear actuator is reduced by two thirds. The thrust force was measured with the direction of applied current for the frictional resistance of linear motor. The simulation results will be compared with measured results.

About this research paper

What this paper is about

This paper presents an integrated linear actuator combined with a Traverse Flux Linear Motor (TFLM) for household electric applications. They both use the same primary magnetic circuit, but they have different secondary movers. The paper presents a new design of linear motor for a new electromagnetic linear actuator, an integrated TFLM. The calculated thrust force (250[N]) is in good agreement with experiments. This result reveals that TFLM has a great potential to utilize the linear actuator for household electric applications as the weight of a linear actuator is reduced by two thirds. The thrust force was measured with the direction of applied current for the frictional resistance of linear motor. The simulation results will be compared with measured results.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents an integrated linear actuator combined with a Traverse Flux Linear Motor (TFLM) for household electric applications. They both use the same primary magnetic circuit, but they have different secondary movers. The paper presents a new design of linear motor for a new electromagnetic linear actuator, an integrated TFLM. The calculated thrust force (250[N]) is in good agreement with experiments. This result reveals that TFLM has a great potential to utilize the linear actuator for household electric applications as the weight of a linear actuator is reduced by two thirds. The thrust force was measured with the direction of applied current for the frictional resistance of linear motor. The simulation results will be compared with measured results.

Key concepts: Thrust, Linear induction motor, Linear motor, Traverse, Linear actuator, Actuator, Control theory (sociology), Magnetic flux

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