Traffic Engineering At The Kim Ii Roundabout

Amrizal Amrizal, Pagit Juni S Br Tarigan, Egi Pramono
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Abstract

As the manager of the industrial area, currently PT. KIM has problems related to traffic jams that occur around the KIM roundabout and to reduce the number of traffic accidents at KIM due to collisions between vehicles from opposite directions, it is necessary to carry out traffic engineering in the area. Traffic engineering is related to the implementation of repair work Roundabouts are not only road construction improvements but also include traffic engineering before, during and after construction. Simulation of traffic conditions to provide alternative solutions to traffic problems that occur at the KIM II Roundabout using VISSIM software. From the results of the simulations that have been carried out, it can be seen that almost all road sections have a level of service F, which means they have a VCR value > 1. This is included in the oversaturated category, side obstacles and delays increase, stopping and moving events increase, if the flow increases, the vehicle speed is equal to zero (complete stop). This condition causes delays on one of the sections of 151 vehicle seconds and this condition is not very good because it will lengthen the queue of vehicles crossing the roundabout. In accordance with the simulation that has been carried out, and based on several applicable regulations regarding the traffic system at roundabouts, several alternatives for handling traffic problems in the KIM II Roundabout area are provided.
金艾环岛的交通工程
作为工业区的管理者,PT.KIM 环岛周围存在交通堵塞问题,为了减少因相向行驶的车辆相撞而导致的 KIM 交通事故,有必要在该地区实施交通工程。交通工程与维修工程的实施有关,环岛不仅是道路施工改造,还包括施工前、施工中和施工后的交通工程。使用 VISSIM 软件对交通状况进行模拟,为解决 KIM II 环岛出现的交通问题提供备选方案。从模拟结果可以看出,几乎所有路段的服务等级都是 F,即 VCR 值大于 1。这属于过饱和类别,侧面障碍物和延误增加,停止和移动事件增加,如果流量增加,车辆速度等于零(完全停止)。这种情况会导致其中一个路段的延误时间达到 151 秒,这种情况不是很好,因为它会延长穿越环岛的车辆队列。根据已进行的模拟,并基于有关环岛交通系统的若干适用法规,提供了处理 KIM II 环岛区域交通问题的若干备选方案。
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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