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Modeling and Analyzing Road Capacity in Subway Work Zones Using Traffic Flow Organization Theories

机译:基于交通流组织理论的地铁工作区道路通行能力建模与分析

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To reduce negative impacts of subway construction on road traffic, this paper evaluated the influence of traffic flow organization on road capacity based on various traffic flow characteristics of work zones, including the reduced speed limit, no entry for large vehicles (including bus rerouting), slow traffic signs, and so on. To better model the road capacity in work zones, a new concept called influence level is defined and introduced in this paper. The parameters of various models, including the initial parameter value selection, are studied and discussed in this work. A case study is conducted to evaluate the rationality and feasibility of the proposed traffic flow organization plan using the data collected from a section of Wuhan Subway Line 4. The results show that influence level is a good approach to study the road capacity in work zones and that the proposed model can accurately model the road traffic capacity.
机译:为了减少地铁建设对道路交通的负面影响,本文基于工作区的各种交通流特征,包括降低的速度限制,大型车辆禁止入站(包括公交车改道),交通流组织对道路通行能力的影响进行评估。交通标志缓慢等。为了更好地模拟工作区的道路通行能力,本文定义并引入了一个称为影响力水平的新概念。在这项工作中,将研究和讨论各种模型的参数,包括初始参数值选择。以武汉地铁4号线的一部分为例,进行了案例研究,以评价拟议的交通流组织计划的合理性和可行性。结果表明,影响水平是研究工作区道路通行能力的一种很好的方法。所提出的模型可以准确地对道路通行能力进行建模。

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