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Model of queuing in the railway level crossing(case study: Imam Bonjol railway level crossing in Blitar)

机译:铁路水平交叉排队模型(案例研究:施工中的IMAM BONJOL铁路级联

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A high number of accidents in railway level crossing causes loss of life and material.Furthermore,the losses are also experienced by users of traffic on the highway such as disturbance in the form of delay which can lead to increase the length of travel time where the vehicle will stop,and give impact to the emergency queue vehicle at railway level crossing.Considering those problems,there has been build two models which are: the first model is the queuing of traffic length and with considering the length and speed of the train,and the second model is the queuing of traffic with considering the gate closing time.The methodology applied was an observation on field and survey data and then calculation from Road Capacity Guidelines of Indonesia(PKJI 2014)and queue length calculation using the queuing analysis method.Data have been collected and analysed by making the model relationship using linear regression method.The result showed that there is a positive relationship between the train lengths with the duration of gate closing time.However,the train speed has a negative relationship.Moreover,the length of the train has a positive relationship with the length of the vehicle queue.
机译:铁路级联的大量事故发生损失导致生命和材料的损失。更多的损失,高速公路的交通用户也经历了延迟形式的干扰,这可以导致增加旅行时间的长度车辆将停止,并对铁路级联的紧急队列车辆产生影响。考虑那些问题,建立了两个模型:第一个模型是交通长度的排队,并考虑了火车的长度和速度,第二种模型是考虑门关闭时间的交通排队。应用的方法是对现场和调查数据的观察,然后从印度尼西亚的道路容量指南计算(PKJI 2014)和使用排队分析方法的队列长度计算计算。通过使用线性回归方法进行模型关系来收集和分析数据。结果表明火车之间存在积极的关系长度持续时间闭合时间。然而,火车速度具有负面关系.Orouse,火车的长度与车辆队列的长度具有正相关关系。

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