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Experimental Study of Non-Compatible Collision of Rail and Road Vehicle

机译:轨道车辆非兼容碰撞的实验研究

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摘要

The paper deals with safety of transport from the point of view of an important social problem, which are accidents at railroad (including tramway) and road level crossings, which means compatibility of rail and road vehicles crash. The scale of such accidents can be very wide. Regarding the statistics and frequency of accidents particularly at railway level crossings and tramway level crossings, a collision simulating the collision of a tram and passenger car was experimentally carried out. The experiment took place at the site of testing laboratory of Rail Vehicles Research Institute in Cerhenice. The experiment was conducted with a passenger car Škoda Superb of the first generation that was exposed to two collisions from both sides. Firstly by the impactor for tram headstock tests and secondly by the tram headstock itself. Both the impactor and the headstock were placed on the experimental vehicle for tests of passive safety of rail vehicles. Various speeds were chosen so that the passenger car could be used for two subsequent experiments without the influence on properties of skeleton´s supporting structure.
机译:本文从一个重要的社会问题的角度处理运输安全问题,这些问题是铁路(包括电车轨道)和平交道口的事故,这意味着铁路和公路车辆的相撞性。此类事故的规模可能非常大。关于事故的统计数据和发生频率,特别是在铁路平交道口和电车道平交道口的事故,实验模拟了电车与客车的碰撞。实验在切尔尼采(Cerhenice)铁路车辆研究所的测试实验室现场进行。该实验是使用第一代乘用车ŠkodaSuperb进行的,该汽车在两侧都遭受了两次碰撞。首先由冲击器进行电车主轴箱测试,其次由电车主轴箱本身进行测试。冲击器和主轴箱都放置在实验车辆上,以测试铁路车辆的被动安全性。选择了不同的速度,这样乘用车就可以用于随后的两个实验,而不会影响骨架支撑结构的性能。

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