为新山-柔佛电气化双轨项目确定新山中央区 OCS 桅杆偏移量

Muhamad Syakir Kamis, Muhamad Faiz Abd Latif, Mimi Faisyalini Ramli, Reventheran Ganasan, Mohd Asran Shamsuddin, Mohd Eizzuddin Mahyeddin, Nadia Amena Iskandar
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引用次数: 0

摘要

吉马士 - 新山电气化双轨项目(GJBEDTP)是最新的铁路电气化项目。GJBEDTP 从 Gemas 火车站到新山(JB)中央火车站。由于 JB Sentral 站的站台轨道是现有的,因此无法达到客户需求说明(SON)中规定的最小偏移量。车站顶棚的作用荷载能力有限,因此无法支持架空线路设备(OLE)。马来西亚的标准偏移值为 3.0 米,而 KTMB 准则规定的最大偏移值为 3.60 米,最小偏移值为 2.60 米。为评估桅杆偏移量,收集了 JB Sentral 建筑数据。Sicat Master 仿真和横截面图可用来根据收集到的数据确定适当的最小偏移量。结果表明,位于两条轨道中心的桅杆可在轨道中心线与混凝土桅杆面之间的最小偏移量为 1.80 米的情况下实现净空。这些结果还表明,在列车速度较低的情况下,轨道切线可实现 1.80 米的最小偏移量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of OCS Mast Offset in Johore Bahru Sentral for Gemas-Johor Electrified Double Track Project
The Gemas – Johor Bahru Electrified Double Track Project (GJBEDTP) is the most recent railway electrification. GJBEDTP runs from Gemas Railway Station to Johore Bahru (JB) Sentral. Since the JB Sentral station platform track is existing, it cannot achieve the minimal offset in the client's Statement of Needs (SON). The station canopy's acting load capacity is limited, so it cannot support the Overhead Line Equipment (OLE). Malaysia's standard offset value was 3.0 m, while the KTMB guideline's maximum offset value is 3.60 m and the minimum is 2.60 m. Thus, this research investigates the concrete mast offset that should be used when track separation is lower than standard. JB Sentral architecture data was collected to evaluate the mast offset. Sicat Master simulation and a cross-sectional diagram can be used to determine the proper minimum offset from the data collected. The results show that the mast at the centre of the two tracks can achieve clearances with the minimum offset of 1.80 m from the track centreline to the concrete mast face. These results also show that tangent track alignment allows a minimum offset of 1.80 m at a lower train speed.
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CiteScore
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