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Analysis of End Hose Elasticity

机译:末端软管弹性分析

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This paper investigates the relationship between end hose elasticity and the potential amount of energy coupled railroad cars can absorb in charged condition before pull a part force separation occurs. One of the most significant issues with the existing end hose is that it will uncouple after enough force is applied causing a loss of pressure in the brake system. Our initiative to evolve the end hose into a more durable wire braided rubber material from the standard hand wrapped construction has decreased this potential for separation in the field. Simulation testing using end hoses from three manufacturers is studied and compared. Charged hose assemblies were coupled and pulled apart. The results showed one end hose stretched nearly double the distance of the other hoses. Analysis of the resulting data will show that a more elastic hose will allow a train brake system to absorb more energy thus reducing the opportunity for a disconnect while in service.
机译:本文研究了端部软管弹性之间的关系,并且在发生零件分离之前可以吸收充电状态的能量耦合铁路之间的关系。现有终端软管的最重要问题之一是,在施加足够的力后它会偏离,从而导致制动系统中的压力损失。我们的倡议将末端软管进入更耐用的电线编织橡胶材料,从标准手包装结构下降了该领域的分离潜力。研究了使用来自三种制造商的终端软管的仿真测试。带电软管组件耦合并拉开。结果表明,一端软管伸展几乎加倍其他软管的距离。结果的分析将显示更具弹性软管将允许火车制动系统吸收更多能量,从而减少在服务中断开的机会。

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