本书为高等学校物流工程、物流管理、交通运输等专业的教材，以提升物流运作效率为目标，围绕物流网络构建、设施选址、运输路径优化、配送系统设计等核心内容展开，详细介绍了物流系统分析、物流节点规划、运输体系设计、仓储布局优化、配送网络构建等关键环节的理论与实践方法。本书在保留前两版核心内容的基础上进行全面修订，结合现代物流发展趋势，新增智慧物流、绿色物流等前沿内容。全书共十章，涵盖物流战略规划、物流系统网络规划与设计、物流运输系统规划与设计、物流园区规划、配送中心内部设施规划与设计、物流信息系统规划与设计、城市地下物流系统规划、物流系统评价等。本书配有丰富的案例资源和在线课程支持。

杨扬，工学博士，昆明理工大学三级教授，博士生导师。现任昆明理工大学物流工程团队负责人，兼任博士点物流方向负责人，获昆明理工大学教学名师荣誉称号。主要从事物流工程与管理领域研究，研究方向包括跨境运输与国际物流、区域与城市物流规划、低碳与绿色物流、低空物流等。主持国家自然科学基金3项、省部级项目2项，各类科研项目累计30余项。已累计发表科研论文100余篇，近五年以第一作者或通讯作者发表高水平学术论文30余篇，其中SCI/EI/SSCI/人大复印全文转载收录10余篇，连续获得2024、2025年中国知网高被引学者TOP1%；由国家一级出版社出版物流专业核心教材7部，论著2部；授权专利4项，获省部级科技奖励3项。现担任中国岩石力学与工程学会地下物流专业委员会委员，兼任多本SCI/EI期刊审稿人。

第1章 物流系统规划与设计概述········1
1.1 系统概述·····························1
1.1.1 系统的概念及模式········1
1.1.2 系统的特征、原理及 分类··························3
1.2 物流系统概述·······················5
1.2.1 物流和物流系统的概念··5
1.2.2 物流系统的特点···········6
1.2.3 物流系统的模式···········7
1.2.4 物流系统的要素···········8
1.2.5 物流系统的冲突与 集成························11
1.3 物流系统规划与设计的内容、 基本原则和常用技术············14
1.3.1 物流系统规划与设计的内容·····················14
1.3.2 物流系统规划与设计的基本原则···············15
1.3.3 物流系统规划与设计的常用技术···············16
1.4 物流系统规划与设计的分类···17
1.4.1 社会物流系统规划与设计························17
1.4.2 企业物流系统规划与设计························18
1.4.3 社会物流系统与企业物流系统的关系·········19
1.5 物流系统规划与设计的步骤与主要任务·························20
复习思考题·······························22
第2章 物流系统规划与设计现状调研和需求预测··················23
2.1 物流系统规划与设计现状调研·································23
2.1.1 基础资料调查与分析··23
2.1.2 基础资料的分类与来源·······················24
2.1.3 现状调研方法···········25
2.1.4 基础资料调研的抽样方法·······················26
2.1.5 基础资料的分析与检验·······················27
2.2 物流需求预测·····················28
2.2.1 物流需求概述···········28
2.2.2 物流需求预测概述·····29
2.2.3 物流需求预测方法·····32
复习思考题······························45
第3章 物流战略规划·····················46
3.1 现代物流战略规划概述·········46
3.1.1 物流战略的概念和目标·······················46
3.1.2 物流战略规划的内容和原则····················47
3.1.3 物流战略规划的层次··48
3.1.4 物流战略规划的SWOT分析方法·················48
3.2 社会物流战略规划···············50
3.2.1 社会物流的含义及社会物流系统规划的意义··50
3.2.2 社会物流战略的构成··50
3.2.3 社会物流战略规划的 内涵、主要内容及关注重点························51
3.2.4 社会物流战略规划的工作程序··················53
3.2.5 社会物流战略规划的实施························54
3.3 企业物流战略规划···············55
3.3.1 企业物流战略模式······55
3.3.2 企业物流战略的构成···55
3.3.3 企业物流战略规划的层次························56
3.3.4 企业物流战略规划的步骤和内容···············57
3.3.5 企业物流战略规划的实施························60
复习思考题·······························61
第4章 物流系统网络规划与设计······62
4.1 物流系统网络概述···············62
4.1.1 物流系统网络的含义···62
4.1.2 物流系统网络的组成要素························64
4.1.3 物流系统网络的特征···64
4.1.4 物流节点的功能·········65
4.2 物流系统网络结构···············66
4.2.1 物流系统网络的基本结构························66
4.2.2 轴辐式网络结构模式···69
4.3 物流系统网络规划与设计的主要内容、影响因素············72
4.3.1 物流系统网络规划与设计的主要内容·········72
4.3.2 物流系统网络规划与设计的影响因素·········73
4.4 物流系统网络规划与设计的主要步骤···························75
4.5 物流节点的选址··················76
4.5.1 物流节点选址概述······76
4.5.2 单一物流节点选址模型与方法····················80
4.5.3 多物流节点选址模型与方法·······················84
复习思考题······························94
第5章 物流运输系统规划与设计······95
5.1 物流运输系统概述···············95
5.1.1 物流运输系统的功能和作用····················95
5.1.2 物流运输系统的特点··96
5.1.3 物流运输系统规划与设计的原则和主要内容·····97
5.2 物流运输方式选择···············98
5.2.1 选择物流运输方式须考虑的因素··············98
5.2.2 运输方式的选择········99
5.3 运输路线优化方法及模型·····101
5.3.1 点对点运输问题·······101
5.3.2 多点间运输问题·······103
5.3.3 单回路运输问题—— TSP模型·················105
5.3.4 多回路运输问题—— VRP模型················106
5.3.5 多目标组合路径优化模型······················108
5.4 甩挂运输组织····················111
5.4.1 甩挂运输的基本 原理·······················111
5.4.2 甩挂运输组织模式····113
5.4.3 甩挂运输车辆调度模型及求解···················116
5.5 物流通道规划····················119
5.5.1 物流通道规划的主要 内容······················120
5.5.2 物流通道规划的步骤·121
5.5.3 物流通道规划四阶段模型······················124
复习思考题·····························126
第6章 物流园区规划····················128
6.1 物流园区概述····················128
6.1.1 物流园区的概念和内涵·······················128
6.1.2 物流园区的功能········130
6.1.3 物流园区的特征········132
6.1.4 物流园区的分类········133
6.2 物流园区规划基本理论········133
6.2.1 规划原则··················133
6.2.2 规划内容·················135
6.2.3 规划步骤·················137
6.3 物流园区发展模式··············139
6.4 物流园区平面布局规划········140
6.4.1 物流园区平面布局模式·······················140
6.4.2 物流功能区确定········141
6.4.3 物流园区规模的确定·······················142
6.4.4 物流园区平面布局·····147
6.5 物流园区道路交通规划········147
6.5.1 物流园区交通量预测·······················148
6.5.2 物流园区内部路网规划·······················149
6.5.3 物流园区出入口规划·······················151
6.5.4 物流园区停车设施规划·······················153
6.6 物流园区运营模式规划········155
6.6.1 开发模式·················155
6.6.2 管理模式·················158
6.6.3 盈利模式·················159
6.7 智慧物流园区规划··············162
6.7.1 智慧物流园区的概念与特点····················162
6.7.2 智慧物流园区体系结构·······················164
6.7.3 智慧物流园区规划与建设·······················167
复习思考题·····························170
第7章 配送中心内部设施规划与设计·································171
7.1 配送中心内部设施规划与 设计概述··························171
7.1.1 配送中心的分类与功能······················172
7.1.2 配送中心内部设施规划与设计的主要内容····175
7.1.3 配送中心内部设施规划与设计的目标和原则·176
7.1.4 配送中心内部设施规划与设计的主要方法····176
7.2 SLP法·····························177
7.2.1 概述·······················177
7.2.2 SLP法的基本思路·····178
7.2.3 SLP法的具体步骤·····179
7.3 配送中心作业区设计···········184
7.3.1 通道设计·················185
7.3.2 进出货区设计··········185
7.3.3 仓储区作业空间设计··188
7.3.4 拣货区作业形式设计··190
7.3.5 集货区设计··············193
复习思考题·····························193
第8章 物流信息系统规划与设计·····195
8.1 物流信息系统概述··············195
8.1.1 物流信息与物流信息系统······················195
8.1.2 信息技术对现代物流
产生与发展的影响····196
8.1.3 物流信息化的意义····196
8.1.4 物流信息系统的分类·197
8.1.5 物流信息系统的规划建设模式················199
8.2 企业物流信息系统规划与设计································199
8.2.1 规划与设计的原则····199
8.2.2 规划与设计的步骤····200
8.2.3 规划与设计的方法·····204
8.2.4 企业物流信息系统功能设计·················209
8.3 公共物流信息平台规划与设计·································209
8.3.1 公共物流信息平台建设的作用和必要性········209
8.3.2 国内外公共物流信息平台发展概况···········211
8.3.3 公共物流信息平台规划与设计的原则····215
8.3.4 公共物流信息平台规划与设计的步骤····215
8.3.5 公共物流信息平台解决方案·················216
8.3.6 公共物流信息平台关键支撑技术···········221
复习思考题······························224
第9章 城市地下物流系统规划········225
9.1 城市地下物流系统概述········225
9.1.1 城市地下物流系统概念·······················225
9.1.2 地下物流系统的组成·······················227
9.1.3 国内外研究概况········228
9.2 城市地下物流系统基础支撑 技术································231
9.2.1 隧道建造技术···········231
9.2.2 自动运输技术···········233
9.3 城市地下物流系统的优势及主要应用领域·····················237
9.3.1 地下物流系统的优势·······················237
9.3.2 地下物流系统的应用领域·······················238
9.4 城市地下物流系统规划与设计要点···························239
9.4.1 网络规划·················239
9.4.2 节点规划与设计·······241
9.4.3 通道规划·················243
复习思考题·····························245
第10章 物流系统评价···················247
10.1 物流系统评价概述············247
10.1.1 物流系统评价的作用、意义和目标············247
10.1.2 物流系统评价的内容和阶段··················248
10.2 物流系统评价的原则与步骤······························249
10.2.1 物流系统评价的原则·····················249
10.2.2 物流系统评价的步骤·····················250
10.3 物流系统评价指标设计与 数据处理························251
10.3.1 物流系统评价指标 体系的内容和设计 步骤·····················251
10.3.2 物流系统评价指标体系设计方法与 模型·····················252
10.3.3 物流系统评价指标数据的处理方法······255
10.4 物流系统评价的常用方法···258
10.4.1 评价指标权重系数确定的方法············258
10.4.2 线性加权和法·········259
10.4.3 层次分析法············260
10.4.4 模糊综合评价法······267
10.4.5 因子分析方法·········269
10.4.6 主成分分析法·········271
10.4.7 数据包络分析法······274
复习思考题·····························280
参考文献·······································281