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雄安城际站、小里站交通预测及交通组织分析
引用本文:由婷婷,朱晓东,高佳宁,孟维伟. 雄安城际站、小里站交通预测及交通组织分析[J]. 城市道桥与防洪, 2021, 0(3): 1-5. DOI: 10.16799/j.cnki.csdqyfh.2021.03.001
作者姓名:由婷婷  朱晓东  高佳宁  孟维伟
作者单位:中国市政工程华北设计研究总院有限公司,天津市700074
基金项目:中国建设科技集团科技创新基金(Z2019J01)
摘    要:雄安新区作为北京非首都功能疏解集中承载地,必须完善其区域综合交通网络,构建新区便捷的交通体系.在上位规划和城市设计研究的基础上,构建了雄安城际站及小里站区域范围交通预测模型,采用人口高限进行测试.利用模型预测与交通流线布局的互馈结果,进一步应用预测模型对流线布局进行检验分析.研究结论:在规划年限内,路网的建设规模适宜,...

关 键 词:交通规划  交通预测  四阶段法  流线组织
收稿时间:2020-11-23

Analysis on Traffic Prediction and Traffic Organization of Xiong'an Intercity Railway Station and Xiaoli Railway Station
YOU Tingting,ZHU Xiaodong,GAO Jianing,MENG Weiwei. Analysis on Traffic Prediction and Traffic Organization of Xiong'an Intercity Railway Station and Xiaoli Railway Station[J]. Urban Roads Bridges & Flood Control, 2021, 0(3): 1-5. DOI: 10.16799/j.cnki.csdqyfh.2021.03.001
Authors:YOU Tingting  ZHU Xiaodong  GAO Jianing  MENG Weiwei
Abstract:As a distribution centralized bearing area of non-capital functions of Beijing, Xiong''an New Area is required to improve its regional integrated transportation network and build its convenient traffic system. On the basis of master planning and urban design study, the regional traffic prediction model of Xiong''an Intercity station and Xiaoli Station is built, and the population limit is adopted for testing. The prediction model is further applied to check and analyze the streamline layout by the mutual feedback results of model prediction and transportation streamline layout. The study conclusion shows that the suitable construction scale of road network can support the traffic demand around the hub area of Xiong''an Intercity Railway Station and Xiaoli Railway Station within the planning years. It can be implemented to set the east-west axis and some branch roads around the intercity station as one-way traffic. The design of underground ring roads within the study scope optimizes the traffic organization, which can effectively alleviate the traffic pressure of ground roads between two stations.
Keywords:traffic planning   traffic prediction   four-stage method   streamline organization
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