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Identifying operating and posted speed limit relationship on federal route (FT) 05 in Selangor, Malaysia

机译:在马来西亚雪兰莪的联邦路线(FT)05上识别经营和发布的速度限制关系

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Operating speed generally used as a tool to identify safety issues on existing road and alignment design. In most research, 85th percentile operating speed (V85) is normally greater than the posted speed limit [1] and it is common for traffic users to challenge the posted speed limit especially in highways and primary roads. This study was conducted to determine existing traffic evaluation and operation on strategic location by evaluating and determine a proper posted speed limits and 85th percentile; hence to identify the suitability of posted speed limit and operating speed based on the traffic volume and flow rate on the existing road. Site criteria is a two-lane dual carriageway rural road that fall under R5 design category. The site chosen was located in Kapar, Klang under Federal Route (FT05). The equipment used in the data collection are roller meter (geometrical measurement) and radar gun (speed measurement). The survey had been conducted at two locations; Location A (to study the effect of signalised traffic control on the operating speed) and Location B (to study the effect of uninterrupted traffic condition to the operating speed). From the analysis process, it can be concluded that the operating speed of road users at FT05 at Jalan Kapar, Klang has exceeded the posted speed limit. The study also indicated that the posted speed limit of the road had been challenged by the road users, and was clarified from the proposed of new speed limit that can be obtained through performing regression model.
机译:操作速度通常用作识别现有道路和对准设计的安全问题的工具。在大多数研究中,第85个百分位的操作速度(V85)通常大于发布的速度限制[1],交通用户普遍用于挑战张力限制,特别是在高速公路和主要道路上。通过评估和确定适当的发布速度限制和85百分位,进行了该研究以确定对战略位置的现有交通评估和运作;因此,根据现有道路上的交通量和流速确定发布速度限制和运行速度的适用性。网站标准是一个双车道双车道农村公路,该公路属于R5设计类别。选择的网站位于克朗在联邦路线(FT05)的Kapar。数据收集中使用的设备是滚子仪表(几何测量)和雷达枪(速度测量)。调查已在两个地点进行;位置a(研究信号化交通控制对操作速度的影响)和位置B(研究不间断交通状况对运行速度的影响)。从分析过程中,可以得出结论,Klang在吉尔南卡帕尔的FT05的道路用户的运行速度超过了透明速度限制。该研究还表明,道路的发布速度限制由道路用户受到挑战,并从提出的新速度限制澄清,通过执行回归模型可以获得。

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