Lesson 1 Overview of Engineering Mechanics 1
Lesson 2 Stress-Strain Relationship of Materials 5
Lesson 3 Beams 9
Lesson 4 Reinforcing Steels for Concrete 15
Lesson 5 Choice of Building Materials 18
Lesson 6 Bituminous Road Materials 22
Lesson 7 Loading Conditions 26
Lesson 8 Loads,Strength,and Structural Safety 30
Lesson 9 Design of Simple Structures 33
Lesson 10 Structural Analysis 37
Lesson 11 Safety of Structures 41
Lesson 12 Structural Reliability 45
Lesson 13 Properties of Structural Steel 48
Lesson 14 Steel Structures 52
Lesson 15 Reinforced Concrete 56
Lesson 16 Columns 59
Lesson 17 Prestressed and Partially Prestressed Concrete Members 62
Lesson 18 Full Versus Partial Prestressing Concrete 66
Lesson 19 Soil Mechanics in Foundation Engineering 69
Lesson 20 Introduction to Geotechnical Engineering 72
Lesson 21 Foundations 76
Lesson 22 Footings and Foundations 80
Lesson 23 Piles 84
Lesson 24 Conveying,Placing,Compacting,and Curing of Concrete 87
Lesson 25 Forms 90
Lesson 26 Earthwork 94
Lesson 27 Construction Safety Planning 97
Lesson 28 Planning Techniques 101
Lesson 29 Scheduling and Control of Construction 105
Lesson 30 Quality Control and Quality Assurance 109
Lesson 31 Tests on Completion and Employer's Taking-Over 112
Lesson 32 Plant Management 116
Lesson 33 Surveying Engineering 119
Lesson 34 Transportation Engineering 123
Lesson 35 Highway Geometric Design 127
Lesson 36 Flexible Pavement Design 131
Lesson 37 Highway Capacity and Level of Service 135
Lesson 38 Culverts 139
Lesson 39 Appearance Design of Bridge 143
Lesson 40 Bridge types 146
Lesson 41 Bridge Construction and Design 150
Lesson 42 Bridge Structure Design 154
Lesson 43 Bidding,Bid Opening and Award of Contract 157
Lesson 44 Choosing Subcontractors 160
Lesson 45 Company Organization 164
Lesson 46 Efficient Organization of Firms 168
Lesson 47 Contract Price and Payment 171
Lesson 48 Contractual Documents 175
Lesson 49 Alternate Financing Strategies for BOT Projects 178
Lesson 50 PFI in United Kingdom 181
Lesson 51 Disillusion with Traditional Procurement Paths 185
Lesson 52 Unraveling of BOT Scheme 189
Lesson 53 Concessionaire selection for BOT Tunnel Projects 193
Lesson 54 Types of Construction Cost Estimates 197
Lesson 55 Project Budget 201
Lesson 56 Major Project Program Cost Estimating Guidance 205
Lesson 57 Risk Management Basics 209
Lesson 58 Project Cost Risk Analysis 212
Lesson 59 Types of Construction Risk 216
Lesson 60 A Guide for Technical Writing 220
参考译文 224
第2课 材料的应力与应变之间的关系 224
第4课 混凝土中的钢筋 225
第6课 沥青路用材料 227
第7课 荷载状态 228
第8课 荷载、强度和结构安全 230
第9课 简单结构的设计 231
第11课 结构的安全度 232
第12课 结构可靠性 234
第15课 钢筋混凝土 235
第16课 柱 236
第17课 预应力和部分预应力混凝土构件 238
第18课 全预应力和部分预应力混凝土 240
第19课 基础工程中的土力学 241
第21课 基础 242
第23课 桩 244
第24课 混凝土的输送、浇筑、捣实和养护 245
第26课 土方工程 246
第28课 进度计划 248
第30课 质量控制与质量保证 250
第31课 竣工试验和业主的接收 251
第32课 设备管理 253
第33课 测量工程 254
第36课 柔性路面设计 256
第39课 桥梁的美学设计 257
第43课 招标、开标和授予合同 259
第46课 高效率的企业组织方式 260
第47课 合同价格与条款 262
第49课 BOT项目的其他融资策略 264
第51课 传统采购途径的幻灭 265
第54课 工程费用估算的类型 266
第57课 风险管理基础 268
参考文献 270