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区域城市多式联运网络节点评价研究

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随着"一带一路"倡议的深入,甘、宁两省战略通道的特殊功能越来越凸显.为解决多式联运网络布局优化问题,从社会经济、人力资本、多式联运基础设施等方面总结了十三个技术指标.运用主成分分析法对甘、宁两省的多式联运综合实力进行衡量,选择甘、宁两省多式联运枢纽备选集,并通过引力模型确定枢纽中心站的辐射范围.采用隶属度模型确定各地区之间的附属关系,使用熵权TOPSIS法对各市区货场的综合实力进行评价分析,确定各市区的多式联运网络末端节点.结果表明:以兰州东川、银川南为一级枢纽中心站,以酒泉、武威南、天水等地为二级枢纽中心站,构建的多枢纽混合轴辐式多式联运网络模型是合理且可行的.
Research on evaluation of nodes in regional urban multi-modal transport network
With the deepening of the Belt and Road Initiative,the strategic corridor function of Gansu and Ningxia provinces is becoming increasingly prominent.To address the issue of optimizing the multimodal transport network layout,thirteen technical indicators were summarized,considering factors such as socioeconomic condi-tions,human capital,and multimodal transport infrastructure.The comprehensive multimodal transport strength of Gansu and Ningxia provinces was measured using principal component analysis,and a set of candidate multimodal transport hubs was selected for both provinces.The gravity model was employed to determine the radiation scope of the hub central stations.The affiliation relationships between regions were identified using a membership degree model,and the entropy-weighted TOPSIS method was applied to evaluate and analyze the comprehensive strength of the freight terminals in various cities,ultimately identifying the end nodes of the multimodal transport network.The results show that establishing a multi-hub mixed axle-hub multimodal transport network model with Lanzhou Dongchuan and Yinchuan South as primary hub central stations,and locations such as Jiuquan,Wuwei South,and Tianshui as secondary hub central stations,is both reasonable and feasible.

multimodal transportlogistics networkprincipal component analysisgravitational modelen-tropy-weighted TOPSIS method

李文婧、向万里、王超然

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兰州交通大学 交通运输学院,兰州 730070

高原铁路运输智慧管控铁路行业重点实验室,兰州 730070

多式联运 物流网络 主成分分析 引力模型 熵权TOPSIS法

国家自然科学基金

62262037

2024

青海交通科技
青海省公路学会

青海交通科技

影响因子:0.271
ISSN:1672-6189
年,卷(期):2024.36(2)
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