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Analysis of Locomotive Axle Load Transfer with Consideration of Adhesive Force Varying for Each Axle

Wei Jia-q

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Abstract

Considering the distribution of adhesive force varying with the axle load, the arithmetic of axle load transfer should beimproved. Taking a six-axis and a four-axis locomotive as cases respectively, arithmetic with considering and no considering adhesive forcedistribution was compared, the results of which showed that max wheel-set load-reducing ratio was different, and the former arithmeticreflected the real condition of the axle load transfer better. With the improved method, the optimum traction height of the both locomotiveswas optimized.

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What this paper is about

Considering the distribution of adhesive force varying with the axle load, the arithmetic of axle load transfer should beimproved. Taking a six-axis and a four-axis locomotive as cases respectively, arithmetic with considering and no considering adhesive forcedistribution was compared, the results of which showed that max wheel-set load-reducing ratio was different, and the former arithmeticreflected the real condition of the axle load transfer better. With the improved method, the optimum traction height of the both locomotiveswas optimized.

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Available abstract

Considering the distribution of adhesive force varying with the axle load, the arithmetic of axle load transfer should beimproved. Taking a six-axis and a four-axis locomotive as cases respectively, arithmetic with considering and no considering adhesive forcedistribution was compared, the results of which showed that max wheel-set load-reducing ratio was different, and the former arithmeticreflected the real condition of the axle load transfer better. With the improved method, the optimum traction height of the both locomotiveswas optimized.

Key concepts: Axle, Axle load, Traction (geology), Structural engineering, Tractive force, Engineering, Transfer (computing), Automotive engineering

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Analysis of Locomotive Axle Load Transfer with Consideration of Adhesive Force Varying for Each Axle — Research Paper | ScholarLens