Analysis of the Impact of no Passing Zones on Fuel Costs

N. Ruškić, T. Pavlica, Jelena Nišić
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Abstract

The primary task of traffic and transportation planning is to improve the conditions of traffic and level of service on the entire road network. On three sections, which were analyzed in this paper, the possibility of reducing the precentage of no passing zones was noticed, by changing the horizontal signalization on the segments of road section where the clear visibility for overtaking was determined for one direction of the two-way highway. In the first part of the paper, the analysis of traffic conditions on the existing and on the newly designed variants of all three observed road sections was performed. Analysis of the level of service on the intersections that are part of this research are done in chapter 2. Increasing the speed on the newly designed section results in a reduced travel time and this leads to savings in fuel costs as shown in chapter 3. Traffic forecast for the planning 2029 is done in chapter 4, the forecasted traffic load implies future traffic volumes for which adequate capacities of the road network need to be provided. Chapter 5 is based on determination of the relationship between the benefits brought by the newly designed variant and the costs that are realized during its construction. The results of this analysis were used as input data for the economic evaluation of the project solutions, where the savings in fuel costs were analyzed.
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禁行区对燃料成本的影响分析
交通运输规划的首要任务是改善整个路网的交通条件和服务水平。在本文分析的三个路段上,注意到通过改变双向高速公路单向超车清晰可见路段的水平信号,可以降低无超车区比例。在论文的第一部分,对所有三个观测路段的现有路段和新设计路段的交通状况进行了分析。第二章对十字路口的服务水平进行了分析,这是本研究的一部分。提高新设计路段的速度可以减少行驶时间,从而节省燃料成本,如第3章所示。规划2029年的交通预测在第4章中完成,预测的交通负荷意味着未来的交通量,需要提供足够的道路网络容量。第五章是基于确定新设计的变型所带来的效益与在其建造过程中实现的成本之间的关系。该分析的结果被用作项目解决方案经济评估的输入数据,其中分析了燃料成本的节省。
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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