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杭州地铁换乘站人员疏散潜在障碍实测研究
引用本文:郁奇涛,刘冬梅,葛泽强.杭州地铁换乘站人员疏散潜在障碍实测研究[J].都市快轨交通,2021,34(1):45-51.
作者姓名:郁奇涛  刘冬梅  葛泽强
作者单位:浙江理工大学建筑工程学院,杭州310018;浙江理工大学建筑工程学院,杭州310018;浙江理工大学建筑工程学院,杭州310018
基金项目:浙江省土木工程一流学科资助项目(zhejiang-0004-2017AQ)。
摘    要:分析杭州地铁换乘站凤起路与火车东站站点已经存在和可能存在的客流拥堵情况,设计现场观测布点方案,通过对闸口、换乘通道、扶梯口等节点处乘客行为特征关键数据的现场视频采集和观测统计,定量地给出地铁凤起路换乘站点的安全隐患:约19%低头看手机的乘客会降低客流速度,并会造成拥堵或诱发潜在安全风险;仅16.4%的乘客自愿走扶梯,大...

关 键 词:杭州地铁  换乘站  现场观测  安全隐患  拥堵  疏散  优化建议

Potential Obstacles to Evacuating Hangzhou Metro Transfer Station
YU Qitao,LIU Dongmei,GE Zeqiang.Potential Obstacles to Evacuating Hangzhou Metro Transfer Station[J].Urban Rapid Rail Transit,2021,34(1):45-51.
Authors:YU Qitao  LIU Dongmei  GE Zeqiang
Institution:(Department of Civil Engineering,College of Architecture Engineering,Zhejiang Sci-Tech University,Hangzhou 310018)
Abstract:A site observation layout scheme was designed according to existing and possible traffic congestion analysis of the Fengqi Road and East Railway Station of the Hangzhou metro transfer station. Through on-site video acquisition and observation statistics regarding key data on passenger behavior characteristics at the gate, transfer passage, stairway, and other nodes, the safety hazards of the transfer station Fengqi Road were quantitatively assessed. Approximately 19% of passengers who are head down and staring at mobile phone screens reduced passenger flow speed, caused congestion, or induced potential safety risks;only 16.4% of passengers would like to take the stairs and a large number of passengers chose to take the escalator, resulting in a large crowd on the escalator from Line 1 to Line 2. Some unreasonable ancillary facilities in the space of the subway station would hinder the intersection of passenger flow to some extent and might aggravate congestion in the fastigium. Based on field-measured data, obstacles to safe evacuation suches potential building structures, equipment, guiding signs, and hidden danger nodes are exelored, and optimization suggestions are proposed. The research results can provide a reference data foundation for optimizing and upgrading the Hangzhou Metro safety operation.
Keywords:Hangzhou metro  transfer station  field observation  security risks  congestion  evacuation  optimization suggestion
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