研究与探讨 

基于CiteSpace的绿色港口研究热点及前沿分析         马骥，申彦

Analysis of Hotspots and Frontiers of Green Port Researches Based on CiteSpace

MA Ji,SHEN Yan

央企司库体系下供应链金融服务平台研究             王润泽，付雅儒

Research on Supply Chain Finance Service Platform under Central EnterpriseTreasury System

WANG Runze, FU Yaru

数字孪生技术在物流领域的应用探究              刘如意，阮晓华，李旭东

Research on Application of Digital Twin Technology in Logistics

LIU Ruyi, RUAN Xiaohua, LI Xudong

内河大型散货智慧港口规划及关键技术研究        汤文治，王立平，郭云山

Research on Planning and Key Technologies for Inland River Large Bulk Cargo Smart Ports

TANG Wenzhi, YIN Zhengxing, WANG Liping, et al.

浅析铁路汽车物流运营保障能力的提升途径              代方会

A Brief Essay on Ways to Improve Operation Support Capabilities Railway Logistics of Commodity Automobiles

Dai Fanghui

论大车队模式                                         盛玉奎

On Large Fleet Mode

SHENG Yukui

 

 

技术与方法

长江中游城市群31市物流竞争力层级划分     石学刚，罗荣

Classification of Logistics Competitiveness of 31 Cities of Urban Cluster in Yangtze River Middle Reaches

SHI Xuegang, LUO Rong

基于Markov-BP神经网络的武汉市物流需求预测      汪勇，廖倩茹，蒲秋梅

Forecasting of Logistics Demand in Wuhan Based on Markov-BP Neural Network

WANG Yong1, LIAO Qianru1, AI Xueyi, et al.

突发事件下应急冷链供应链韧性评价及提升策略    陈柯君，王永刚，刘海斌，等

Strategy for Evaluation and Improvement of Resilient Emergency Cold Chain Supply Chain

CHEN Kejun, WANG Yonggang, LIU Haibin, et al.

物流产业集聚对碳中和效果的作用测度及其作用机制      李忠艳

Measurement of Effect and Action Mechanism of Logistics Industrial Agglomeration on Carbon Neutrality

Li Zhongyan

黄河流域物流-经济耦合协调时空演化研究                强梦军

Spatio-temporal Evolution of Logistics and Economy Coupling Coordination in Yellow River Basin

QIANG Mengjun

跨境电商保税仓与海外仓模式选择                 陈晓斐

Research on Selection of Bonded Warehouses and Overseas Warehouse Mode for Cross-border E-businesses

CHEN Xiaofei

考虑努力的平台物流服务策略选择                  李智辉

Selection of Platform Logistics Service Strategies Considering Level of Effort

LI Zhihui

基于DEMATEL/ISM的应急物流配送效率的影响因素分析  李杰，郭永辉

Analysis of Factors Affecting Emergency Logistics Distribution Efficiency Based on DEMATEL-ISM

LI Jie, GUO Yonghui

中欧班列回程集拼中心选址与路径优化         黄程浩

Site Selection of Consolidation CenterandReturn Route Optimization for China-Europe Railway Express

HUANG Chenghao

 

供应链管理

我国跨国制造企业供应链结构与协同机制            林兵，李儒晶，张西林

Supply Chain Structure and Coordination Mechanism of Multinational Manufacturing Enterprises in China

LIN Bing, LI Rujing, ZHANG Xilin

电商平台需求信息不同获取方式下供应链均衡决策研究   郭飞宇，朱临轩，陈兆波

Research on Supply Chain Equilibrium Strategy under Different Methodsof Acquisition for E-commerce Platform Demand Information

GUO Feiyu, ZHU Linxuan, CHEN Zhaobo

考虑环境NGO的电子废弃物线上线下回收三方合作博弈  兰迎迎，张华，马超

Three-party Cooperative Game for Online-and-offline Recycling of Electronic Wastes Considering Environmental NGOs

LAN Yingying, ZHANG Hua, MA Chao

基于碳足迹的再制造产品供应链碳成本模型构建研究    黄静文，周敏

Construction of Carbon Cost Model of Remanufactured Product Supply Chain Based on Carbon Footprint

HUANG Jingwen, NI Fangliang, ZHOU Min

碳交易下政府与制造企业碳减排演化博弈               兰智谦

Evolutionary Game of Carbon Emissions Reduction in Carbon Trading between Government and Manufacturing Enterprises

LAN Zhiqian

 

 

企业物流

动力总成制造中拉动式投料系统设计          杨李安卓，李健驰，陈佳

Design of Pull-type Feeding System in Powertrain Manufacturing

YANG Li'anzhuo, LI Jianchi, CHEN Jia

F公司后市场备件库存管理优化策略研究        杨柳，刘英男，马欣

Optimization Strategies of After-sale Spare Part Inventory Management of Company F

YANG Liu, LIU Yingnan, MA Xin

 

 

 

 

 

设施与设备

一种折板式提升机的效率提升策略研究      钟亮，彭云俊，陆云飞

Efficiency Improvement Strategy for a Type of Folding Board Continuous Elevator

ZHONG Liang, PENG Yunjun, LU Yunfei

基于Ansys Workbench的堆垛机立柱动态性能分析及改进 孙永清，马玉保，张鹏飞

Analysis and Improvement of Dynamic Performance of Stacker Crane Column Based on Ansys Workbench

SUN Yongqing, MA Yubao, ZHANG Pengfei

半在线大尺寸AGV电气控制系统研究             刘琼琼

Design of Electrical Control System for Semi-online Large AGVs

LIU Qiongqiong

 

 

网络与信息化

基于数字孪生和深度强化学习的无人仓储资源调度研究  叶旭乾，王丹，刘一阳，等

Scheduling Optimization for Unmanned Warehouses Based on Digital Twin and Deep Reinforcement Learning

YE Xuqian, WANG Dan, LIU Yiyang, et al.

基于飞毯智能技术的仓库优化设计    高黎樊，汪传雷，杨雨欣，等

Optimal Warehouse Design Based on Flying Carpet Intelligent Technology

GAO Lifan, WANG Chuanlei, YANG Yuxin, et al.

基于微信小程序的冷链物流监控管理系统设计   邵海龙，陈丽萍，董毓淇

Design of Cold Chain Logistics Monitoring and Management System Based on WeChat Applet

SHAO Hailong, CHEN Liping, DONG Yuqi

 

军事物流

考虑仓库作业能力限制的器材年度供应任务分配   张育铭，刘世伦，王兵，等

Annual Equipment Supply Task Allocation Considering Warehouse Operating Capacity Limitation

ZHANG Yuming, LIU Shilun, WANG Bing, et al.

基于“作战云”的军事物流保障体系建设问题研究   江航，陈桂明，汪莹，等

Research on Construction of Military Logistics Support System Based on “Combat Cloud”

JIANG Hang, CHEN Guiming, WANG Ying, et al.

军用车辆器材仓库库房布局优化研究           李庆松，张大鹏

Research on Layout Optimization of Military Vehicle Equipment Warehouse

LI Qingsong, ZHANG Dapeng

基于区块链的军事供应链数据隐私共享技术研究   唐奕，曹源，邓罡，等

Research on Data Privacy Sharing Technology for Military Supply Chain Based on Blockchain

TANG Yi, CAO Yuan, DENG Gang, et al.

 

 

物流教育

基于认知度调查和QFD的运筹学课程思政教学设计     蒲国利，汪文茹

Teaching Design of Ideological and Political Education of Operational Research Course Based on Cognition Survey and QFD

PU Guoli, WANG Wenru

党的二十大精神融入高校物流管理课程思政建设研究       陈亮君

Integrating Spirit of the 20th National Congress of the Communist Party of China into Ideological and Political Education of College Logistics Management Courses

CHEN Liangjun

数字化转型下OBE理念的《物流成本管理》课程改革的探索与实践  

郝丽，沈琪，杨玉娟

Exploration and Practice of Teaching Reform for Logistics Cost Management Course Based on OBE Concept in Context of Digital Transformation

HAO Li, SHEN Qi, YANG Yujuan

现代产业学院建设背景下地方应用型本科高校物流管理专业人才培养改革的思考

岑文静

Thoughts on Talent Training Reform of Logistics Management Specialty in Local Application-oriented Undergraduate Universities under Background of Modern Industrial College Construction

CEN Wenjing

基于超星泛雅和BOPPPS教学模式的线上线下混合式教学设计研究

—以“物流系统建模与仿真”课程为例                 刘海斌，程玉芳

Research on Online and Offline Blended Teaching Design Based on Fanya Platform and BOPPPS Model: Taking Logistics System Modeling and Simulation Course as Example

LIU Haibin, CHENG Yufang

基于复合型人才需求的校企协同案例教学模式研究与实践  吕志军，王庆霞，季霞，等

Research and Practice on School-enterprise Collaborative Case Teaching Mode Based on Demand for Compound Talents

LV Zhijun, WANG Qingxia, JI Xia, et al.

“双碳”目标下高职“物流成本管理”课程思政实践探析         陈瑞

Analysis of Ideological and Political Education via Higher Vocational Logistics Cost Management Course in Context of Carbon Peaking and Neutrality

CHEN Rui

物流管理“1+X”证书考证培训混合式教学模式研究         王道勇

Research on 1+X Certification and Training Hybrid Teaching Mode of Logistics Management Specialty

WANG Daoyong

智慧物流背景下高职现代物流管理专业教学内容与教学方法改革研究  

张玲，劳国炜，吴克雄

Research on Reform of Teaching Content and Teaching Method of Higher Vocational Modern Logistics Management Specialty in Context of Smart Logistics

ZHANG Ling, LAO Guowei, WU Kexiong

 

高职物流产业学院探索实践与发展建议研究——以唯品会学院为例   王利芳

Exploration, Practice and Development Suggestion of Higher Vocational Logistics Industrial Colleges: Taking VIPS College as Example

WANG Lifang

 

 

研究与探讨

1.基于集成场产业联动模式的高质量发展动力机制及优化路径   董千里，董展

Dynamic Mechanism and Optimization Path for High-quality Development Based on Integrated Field Industrial Linkage Mode

DONG Qianli, DONG Zhan

2.基于招聘需求信息的物流和供应链人才培养    汪传雷，杨依婉，秦浩，等

Research on Cultivation of Logistics and Supply Chain Talents Based on Recruitment Demand Information

WANG Chuanlei, YANG Yiwan, QIN Hao, et al.

3.我国绿色物流研究的演变及热点趋势——基于Citespace的可视化分析  

                                                             丁治文

Evolution, Hotspot and Trends of Green Logistics Researches in China: a Visual Analysis Based on Citespace

DING Zhiwen

4.中国式现代化背景下乡村物流人才培养的专业能力质量标准体系构建

                                                        邓德艾，袁世军

Construction of Professional Ability Quality Standard System for Rural Logistics Talent Training in Context of Chinese-style Modernization

DENG De’ai, YUAN Shijun

5.基于复杂网络的供应链网络演化研究综述             杨丽，刘春燕，李弘

Literature Review on Supply Chain Network Evolution Based on Complex Network Theory

YANG Li, LIU Chunyan, LI Hong

5+1.“互联网+”背景下农产品物流标准体系优化路径        胡毅，李星，唐朝丰

Optimization Path of Agricultural Product Logistics Standard System in Context of "Internet +"

HU Yi, LI Xing, TANG Chaofeng

 

技术与方法

6.基于P-中位模型的高速铁路快运网络枢纽节点城市选址研究  郑兴无，杜文娟

Research on Site Selection of High-speed Railway Express Network Hub Cities Based on P-median Model

ZHENG Xingwu, DU Wenjuan

7.城市口粮应急供应的多级覆盖选址模型研究    李凤廷，豆佳璇，刘思彤，等

Research on Multi-level Coverage Site Selection Model of Urban Grain Emergency Supply

LI Fengting, DOU Jiaxuan, LIU Sitong, et al.

7+1.融合改进A*算法和动态窗口法的AGV路径规划      

房殿军，王少杰，蒋红琰，等

AGV Path Planning Integrating Improved A* Algorithm and Dynamic Window Method

FANG Dianjun, WANG Shaojie, JIANG Hongyan, et al.

8.铁路整车运输作业流程优化                     胡贵彦，李明阳，苗佳禧

Optimization of Railway Vehicle Transportation Operation Process

HU Guiyan, LI Mingyang, MIAO Jiaxi

9.考虑拥堵的集装箱海运链不同合作模式的选择       郑嘉林，汪传旭，蒋璐

Cooperation Mode Selection for Container Shipping Chain Considering Congestion

ZHENG Jialin, WANG Chuanxu, JIANG Lu

11.后疫情时代冷链物流中心选址及其方法研究       吴暖，谭力旗，尤恽

Method of Site Selection for Cold Chain Logistics Center in Post-Covid Era

WU Nuan, TAN Liqi, YOU Yun

12.广西港口物流与对外贸易的耦合协调发展对贸易规模的影响

欧阳雪莲，朱芳阳

Impact of Coupling and Coordination of Port Logistics and Foreign Trade on Trade Scale in Guangxi

OUYANG Xuelian, ZHU Fangyang

13.基于模糊层次分析法的无人机运输效能评估研究           袁子怡，曾勇

Evaluation of UAV Transport Efficiency Based on Fuzzy Analytic Hierarchy Process

YUAN Ziyi, ZENG Yong

14.直播带货供应链下食品质量监管四方演化博弈分析      王建华，王可凡

Four-party Evolutionary Game of Food Quality Supervision for Live-streaming E-commerce Supply Chain

WANG Jianhua, WANG Kefan

15.陕甘宁革命老区城镇化与电商物流耦合协调研究      

王喆，蒲芷璇，黄娟，等

Study on Coupling and Coordination of Urbanization and E-commerce Logistics in Shaan-Gansu-Ningxia Revolutionary Base under County-area Agricultural and Rural Digitization

WANG Zhe, PU Zhixuan, HUANG Juan, et al.

18.基于机器学习的集装箱船舶运行轨迹与到港时间预测     

Roger Lloret-Batlle，林森，郭杰群

Research on Container Ship ETA Prediction Based on Machine Learning

LLORET-BATLLE Roger, LIN Sen, GUO Jiequn

21.基于耦合模型的福州都市圈区域物流与区域经济协调发展研究   邓熠

Coordination of Regional Logistics and Economy in Fuzhou Metropolitan Area Based on Coupling Model

DENG Yi

23.基于ISM-ANP的农产品冷链物流影响因素研究  徐文平，邹雅倩

Research on Influencing Factors of Agricultural Products Cold Chain Logistics Based on ISM-ANP

XU Wenping, ZOU Yaqian

23+1.基于熵权物元分析法的物流园区服务能力评价          杨晓，马悦梅

Evaluation of Logistics Park Service Capabilities Based on Entropy Weight Matter-element Analysis

YANG Xiao, MA Yuemei

 

供应链管理

26.碳交易机制下闭环供应链的决策研究         王建华，陈慧敏

Research on Decision-making of Closed-loop Supply Chain under Carbon Trading Mechanism

WANG Jianhua, CHEN Huimin

27.基于区块链和消费者绿色偏好的肉制品双渠道供应链决策模型      胡静仪

A Dual-channel Supply Chain Decision Model for Meat Products Based on Blockchain and Consumer Green Preference

HU Jingyi

28+1.基于贝叶斯网络的汽车供应链的风险识别与评估                   胡梦婷

Risk Identification and Evaluation of Automobile Supply Chain Based on Bayesian Network

HU Mengting

 

企业物流

31.基于Petri网和Flexsim模型的注塑生产线仿真与优化    张颖，赵京鹤

Simulation and Optimization of Injection Molding Production Line Based on Petri Net and Flexsim

ZHANG Ying, ZHAO Jinghe

 

设施与设备

32+1.拆叠框RGV在长杆件领域的设计应用及改进         白新河，李增文

Design and Improvement of Disassembly Frame RGV in Field of Long Rod Application

BAI Xinhe, LI Zengwen

 

物流教育

33.新形态教材建设与实践应用研究              刘伟男，齐继东

Research on Construction and Practical Application of New Form Textbooks

LIU Weinan, QI Jidong

35.基于学生核心素养提升的“采购管理”课程教学创新研究     

                                                     李金华，田强，于丽静，等

Teaching Innovation of Procurement Management Course Based on Improvement of Students' Core Literacy

LI Jinhua, TIAN Qiang, YU Lijing, et al.

 

在全球“双碳”目标的推动下，湖南省作为碳减排的重要实践区域，其物流业的绿色转型对实现碳减排目标具有至关重要的作用。深入分析了物流业“高碳”排放的现状，并运用LMDI分解法，重点研究了影响物流业碳排放的各因素及其影响效应与程度。在此基础上，探讨了优化能源结构、提升能源利用效率、优化行业结构、调整经济发展模式、控制人口规模效应等构建湖南物流业绿色协同发展路径的策略，旨在为碳减排实践提供有效的建议和指导。

内蒙古地区已确立为中蒙俄经济走廊的战略枢纽，为了深入剖析内蒙古物流业碳排放的动态特征及其驱动机制，借助国际气候变化委员会（IPCC）推荐的“自上而下”估算框架，量化了2006-2021年间内蒙古物流业的碳排放量。随后，引入并优化了对数平均迪氏指数分解法（LMDI），以系统识别影响物流业碳排放的关键因素。研究结果表明：内蒙古物流业碳排放在2006-2021年，呈先上升再下降后平稳波动趋势，而“十二五”内蒙古积极实施节能减排工作，是内蒙古物流业碳排放总量在2013年发生断崖式降低的原因之一；经济发展对内蒙古物流业碳排放推动作用最强，其次是运输强度；能源强度对内蒙古物流业碳排放有较强的抑制作用，其次是产业结构、能源结构，人口规模抑制作用最弱。基于上述研究，提出相关建议：一是通过优化物流网络设计，如精简运输流程、合理配置仓储设施，以及采用低碳高效的物流技术与设备，以成本效益为导向，削弱运输强度对碳排放的促增效应；二是加快能源结构的绿色转型，增加清洁能源如天然气、电力、风能、太阳能等在物流活动中的应用比例，以减轻化石燃料依赖，从而有效控制并减少物流业碳排放。

利用2010-2019年京津冀城市群的面板数据，构建柯布-道格拉斯生产函数模型分析物流业与金融业协同集聚对经济高质量发展的影响，并通过面板门槛模型进一步探析京津冀物流业与金融业协同集聚与经济高质量发展之间的非线性影响。结果表明：京津物流业与金融业协同集聚和经济高质量增长之间呈现出倒“U”型的非线性关系。京津冀城市群中，北京市、天津市、石家庄市、唐山市、沧州市和秦皇岛市物流业与金融业协同集聚的拥挤效应正在抑制这些城市的经济高质量发展；其他城市物流业与金融业协同集聚的规模效应会进一步促进这些城市的经济高质量发展。因此，京津冀城市群的政府和行业需要共同发力，充分发挥京津冀物流业与金融业协同集聚的规模效应，并缓解京津冀物流业与金融业协同集聚的拥挤效应。

针对快递包装回收问题，构建社区居民快递包装回收参与度影响因素研究模型，设计问卷，并对社区居民进行调查、分析。结果表明，回收方式中的省时性和省力性以及激励机制中的物质性和非物质性，均能正向影响消费者快递包装回收参与度。回收意愿在回收方式、激励机制与消费者快递包装回收参与度之间具有部分中介作用，政策宣传能够正向调节消费者快递包装回收参与度。因此，提供便捷的回收方式和有效的激励机制，加强环保等政策信息宣传，对调动消费者快递包装回收参与度具有重要意义。

末端配送一直是提升物流效率的热点领域之一，针对日益增长的个性化与多元化配送需求带来的压力，研究了前置仓满足客户自提与送货上门的差异化配送模式，设计了基于需求驱动的配送网络系统并建立模型进行优化，将末端配送点选址与客户配送路径的物流链进行整合。并设计了一种基于差异化邻域策略的混合变邻域搜索算法对模型进行求解。通过多个不同规模的算例实验验证了算法求解的有效性，结果表明，该算法具有较好的求解效率，可以有效降低末端物流配送成本，同时兼顾了客户满意度。

针对承包商的风险规避行为，构建了需求不确定下的建筑供应链决策模型。采用条件风险值对承包商的风险规避程度进行量化，讨论了分散决策和集中决策下的最优订货量和最优定价。针对风险规避行为引起的供应链效率下降问题，引入收益共享-回购契约和收益共享-回购-损失分担契约来协调建筑供应链，分别分析了需求标准差、风险规避系数、收益共享因子、回购价格、损失分担系数对供应商和承包商决策及利润的影响。研究表明，这两种契约均能协调承包商有风险规避行为的建筑供应链，但其实现建筑供应链帕累托改进的效果受到需求标准差、风险规避程度和契约参数的影响。最后，通过算例验证了契约协调的有效性。

物流韧性是通过整合横纵向物流资源抵御“风险”的能力。基于2013-2022年西南地区各省市的面板数据，构建西南地区物流韧性指标体系和数字经济指标体系，通过熵值法测度西南地区物流韧性水平和数字经济发展水平，进而运用回归分析法探析数字经济对物流韧性水平的影响。结果表明：西南地区各省（市）物流韧性水平存在不平衡性，数字经济对物流韧性水平的提升起到显著的促进作用，并且政策支持力度、经济发展水平和城镇化水平也显著影响物流韧性水平，人力资本水平对物流韧性的提升起到一定的作用，但不够显著，环境污染在一定程度上阻碍了物流韧性的提升。基于此，提出提升西南地区物流韧性相应的路径，以期为西南地区物流业的发展提供理论参考。

针对同城网络货运平台存在的费用不透明、优质资源分配不均等问题，首先结合竞价模式、派单模式与抢单模式，对同城网络货运平台运作模式进行优化。其次引入车货双边满意度的计算方法，基于匹配双方的需求偏好，建立综合满意度评价指标体系，结合区间三角模糊数与灰色关联分析法，设计满意度量化方法。最后兼顾货主、车主和平台，构建三方满意度最大化的一对多车货匹配模型，通过案例实现匹配结果输出，验证模型的可行性与合理性。结果表明，只考虑货主或车主满意度最大，将导致模型求解结果失衡；平台满意度权重调整对匹配结果的直接影响较小，结果倾向于满足双边用户的需求。敏感性分析发现，当货主、车主以及平台满意度权重配置分别为0.6、0.3、0.1时，匹配结果呈现最优化。