Performance Assessment Study Of Road Intersection using IHCM And Microsimulation Methods PTV VISSIM (Case Study: Simpang Empat Denggung, Sleman, Yogyakarta)

Dedy Firmansyah, R. Jannah, Evi Puspitasari
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Abstract

Road intersections is designed to be able to move one lane of the road to another without any conflicts ofcongestion or traffic accidents. In planning, designing and operating road intersections services in Indonesiausing the Indonesian Highway Capacity Manual 1997 (IHCM). The use of IHCM is considered necessary toadjust to current conditions. Alternatives in the design and assessment of deviation performance can use PTVVissim microsimulation modeling. This study aims to analyze the differences in the results of the calculationof the performance road intersections using IHCM and Microsimulation of PTV Vissim. Locations used inthis study in the Denggung Road intersections of Sleman regency. The result is a significant difference in thecalculation of queue length using IHCM and Vissim. The largest queue length value from the north is 227.2meters using IHCM and 125.44 meters using Vissim where the traffic flow from the north direction has thegreatest value. The delay at the largest deviation from the north is 58.72 seconds using IHCM and 116seconds using Vissim. The second level of service value calculations show poor performance.
基于IHCM和PTV VISSIM微仿真方法的道路交叉口性能评价研究(以日惹市新邦桥登贡、Sleman、新邦桥登贡为例)
道路交叉路口的设计是为了能够将一条车道移动到另一条车道,而不会产生拥堵冲突或交通事故。在规划,设计和运营道路交叉口服务在印度尼西亚使用印度尼西亚公路容量手册1997 (IHCM)。使用IHCM被认为是必要的,以适应当前的条件。在设计和评估偏差性能的替代方案可以使用PTVVissim微仿真建模。本研究旨在分析使用IHCM和PTV Vissim微仿真计算性能路口结果的差异。本研究中使用的地点在Sleman摄政王灯宫路交叉口。结果表明,使用IHCM和Vissim计算队列长度有显著差异。IHCM从北向的队列长度值最大,为227.2米,Vissim从北向的队列长度值最大,为125.44米。在IHCM和Vissim中,与北方最大偏差的延迟为58.72秒和116秒。第二层次的服务值计算表现出较差的性能。
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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