轻轨车辆运行安全

J. Swanson
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引用次数: 5

摘要

美国轻轨车的基本标准结构设计与25年前采用的基于改良的欧洲地铁车厢的结构设计几乎没有变化。只有一个例外,这些都没有明显更新或适应越来越多的新轻轨系统或提高乘客安全的高水平的街道运行。目前在欧洲,lrv的整体结构设计方法是吸收初始碰撞能量而不造成任何结构损伤。为了评估这种方法,首先确定并量化了四种最常见的车辆碰撞场景。然后介绍和分析了欧洲的运行经验,特别是在事故方面的经验。从这些可以看出,美国轨道车辆设计安全性的进一步改进,尤其是内部空间的改进,既迟又不可避免。最近的美国轻轨车结构安全标准的发展,并提出建议,纳入新的轻轨车辆设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Light rail vehicles and running safety
The basic standard US LRV structural designs are virtually unchanged from those adopted 25 years ago based on a modified European subway car. With only one exception, these have not been significantly updated for or adapted to the high levels of in-street running found more and more on new light rail systems or for increased passenger safety in general. Today in Europe, the overall structural design approach for LRVs is to absorb initial collision energy without any structural damage. To evaluate this approach, the four most common vehicle collision scenarios are first identified and quantified. Then European operational experience, particularly as regards accidents, is presented and analyzed. From these, one can see that further improvements to US rail vehicle design safety, especially to interior spaces, are both overdue and inevitable. Recent US LRV structural safety standard developments are considered and recommendations are proposed for incorporation into new light rail vehicle designs.
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