Study on Longitudinal Impulse Law under Braking Condition for Heavy Haul Train with ECP Brake System

Chun Tian, Benfeng Zhang
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引用次数: 2

Abstract

This paper studies the time and position of the maximum coupler force of heavy haul train with electrically controlled pneumatic(ECP) system under the ramp change of braking condition, analyzes the causes of longitudinal impulse between vehicles, and studies the transmission law of longitudinal impulse of heavy haul train. The results show that the generation of maximum coupler force is related to ramp and longitudinal impulse transmission. When the initial speed of the train is small and the absolute value of deceleration is small, the main reason for the formation of the maximum coupler force is the influence of the ramp; when the train speed is high or the absolute value of deceleration is large, the main reason for the formation of the maximum coupler force is the longitudinal impulse transmission effect.
重载列车ECP制动系统制动工况纵向冲击规律研究
本文利用电控气动(ECP)系统研究了重载列车在匝道制动条件变化下的最大耦合器力产生的时间和位置,分析了车辆间纵冲产生的原因,研究了重载列车纵冲的传递规律。结果表明,最大耦合器力的产生与斜向和纵向脉冲传递有关。当列车初速较小时,减速度绝对值较小时,最大耦合器力形成的主要原因是坡道的影响;当列车速度较高或减速度绝对值较大时,形成最大联轴器力的主要原因是纵向脉冲传递效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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