一带一路沿线配送中心选址模型

doi:10.13229/j.cnki.jdxbgxb20210343

Abstract

Abstract:

In order to achieve the efficient interchange and drive the economic development of cities along The Belt and Road， it is necessary to determine the optimal locations for distribution centers. Considering the attraction of the economic development between cities and the factors of investment and operation cost， the utility function for distribution center locating based on the field theory and topological analysis method is established. The parameters are calibrated by using the entropy weight method（Technique for order preference by similarity to an ideal solution，TOPSIS） and the optimal location scheme is determined with the utility maximization theory. The results indicate that the optimal locating scheme is determined with the model， by taking into account the attraction of topological transportation network and socio-economic as well as the minimum total cost. The proposed method can be applied to the siting of distribution centers， which is conducive to improving the transportation network layout， enhancing the transportation efficiency， reducing the transportation cost， advancing the resource balance and economic radiation between cities along The Belt and Road， and promoting the coordinated development of regions.

Key words: logistics engineering, distribution center, economic radiation field, network topology, the Belt and Road

CLC Number:

F252

Fang ZONG,Yu-xuan LI,Hui-yong ZHANG,Fei GAO. Logistics distribution center allocation model along the Belt and Road[J].Journal of Jilin University(Engineering and Technology Edition), 2022, 52(11): 2592-2599.

Figures/Tables 5

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Table 1

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Table 3

References 26

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属性	指标	变量
城市规模	市区总人口/万人	x₁
城市规模	市区总面积/km²	x₂
经济发展水平	地区生产总值/亿元	x₃
	人均生产总值/元	x₄
	第二产业增加值/亿元	x₅
	第三产业增加值/亿元	x₆
	第二三产业产值比重	x₇
	固定资产投资总额/亿元	x₈
	社会消费品零售总额/亿元	x₉
	地方财政预算内收入/亿元	x₁₀
	城乡居民储蓄年末余额/亿元	x₁₁
科教发展水平	万人拥有在校大学生数/人	x₂₂
科教发展水平	科教事业费用支出/亿元	x₂₃
社会发展水平	在岗职工平均工资/元	x₁₂
	人均储蓄存款年末余额/元	x₁₃
	人均生活用电量/kwh	x₁₄
	万人拥有医院床位数/张	x₁₅
	万人拥有医生数/人	x₁₆
资源与基础设施水平	人均道路铺设面积/m	x₁₇
	用水普及率	x₁₈
	燃气普及率	x₁₉
	货运总量/wt	x₂₀
	用电总量/kwh	x₂₁
环境质量水平	建成区绿地覆盖率/%	x₂₄
环境质量水平	人均绿地面积/m²	x₂₅

城市	Z_k
西安	103.72
宝鸡	20.81
天水	10.07
定西	5.02
兰州	45.84
咸阳	40.45
庆阳	11.54
平凉	7.13
固原	5.65

序号	备选点位置	社会经济吸引度	拓扑吸引度
1	武功县	112.4	45.5
2	眉县	63.8	40.9
3	扶风县	75.1	20.7
4	永寿县	41.0	31.5
5	灵台县	50.6	22.3
6	长武县	41.5	31.0
7	东岔镇	46.2	41.5
8	甘泉县	69.2	43.9
9	陇县	38.4	16.6
10	庆城县	35.3	19.9
11	泾源县	51.4	52.5
12	彭阳县	47.7	49.9
13	秦安县	65.4	54.8
14	静宁县	62.7	43.6
15	西吉县	48.1	36.3
16	甘谷县	78.5	50.7
17	通渭县	53.3	52.1
18	会宁县	56.2	40.0
19	甘沟驿镇	35.5	32.5
20	陇西县	61.8	48.0
21	通安驿镇	47.5	35.1
22	渭源县	59.7	24.9
23	榆中县	71.2	44.9
24	金崖镇	60.5	30.1

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Logistics distribution center allocation model along the Belt and Road

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