Improving the Traffic Flow in Hot Arid Climate Areas by Implementing a Monorail Light Rail Transit System: Case of Kuwait

T. Ahmed, M. Salem, Ahmad Saad, A. Alaqqad
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Abstract

This study investigated the viability of establishing a monorail network system in Kuwait as an additional means of transportation to the current transportation systems. Two critical areas with high traffic demands were identified through the collected traffic data at the major intersections in these areas., These areas were Kuwait City (near the ministries area) and Al-Blajat street (known as the Arabian Gulf street). Traffic data and Level Of Service (LOS) of these areas were then analyzed using Synchro software, supported by site suitability studies conducted using ArcGIS Pro software. The most suitable locations of the proposed monorail systems were obtained by identifying the major Points Of Interest (POIs) in these areas. Synchro simulations of the systems with and without the monorail systems were performed. The results showed that the level of service at various intersections is improved, which can result in a significant reduction of the traffic congestion in these areas. The study also targeted different passengers and residents in the selected areas to evaluate the level of acceptance of the monorail system as an alternative transportation system in the state of Kuwait.
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通过实施单轨轻轨交通系统改善炎热干旱气候地区的交通流量:科威特案例
这项研究调查了在科威特建立单轨铁路网络系统作为现有运输系统的额外运输工具的可行性。通过收集到的主要路口的交通数据,确定了两个交通需求高的关键区域。这些地区是科威特城(靠近各部区)和Al-Blajat街(称为阿拉伯湾街)。然后使用Synchro软件分析这些地区的交通数据和服务水平(LOS),并使用ArcGIS Pro软件进行站点适宜性研究。建议的单轨铁路系统的最合适地点是通过确定这些地区的主要兴趣点来确定的。分别对有单轨系统和无单轨系统进行了同步仿真。结果表明,该方法提高了各交叉口的服务水平,可以显著减少这些地区的交通拥堵。该研究还针对选定地区的不同乘客和居民,以评估科威特对单轨铁路系统作为替代交通系统的接受程度。
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