Lesson 1 Simple Stress and Strain 1
Lesson 2 Stress-Strain Relationship of Materials 5
Lesson 3 Beams 8
Lesson 4 Durability of Concrete 13
Lesson 5 Reinforcing Steels for Concrete 17
Lesson 6 Concrete Block 20
Lesson 7 The Choice of Building Materials 23
Lesson 8 Surveying Engineering 27
Lesson 9 Loading Conditions 30
Lesson 10 Loads on Building Foundations 33
Lesson 11 Loads, Strength, and Structural Safety 37
Lesson 12 Design of Simple Structures 40
Lesson 13 Structural Analysis 43
Lesson 14 Safety of Structures 46
Lesson 15 Structural Reliability 49
Lesson 16 Properties of Structural Steel 52
Lesson 17 Steel Structures 56
Lesson 18 Design of Steel Members 59
Lesson 19 Reinforced Concrete 62
Lesson 20 Columns 65
Lesson 21 Flexure of Reinforced Concrete Beams 68
Lesson 22 Reinforced Concrete Structures 72
Lesson 23 Prestressed and Partially Prestressed Concrete Members 76
Lesson 24 Full Versus Partial Prestressing Concrete 79
Lesson 25 Conveying, Placing, Compacting, and Curing of Concrete 81
Lesson 26 Forms 83
Lesson 27 Earthwork 87
Lesson 28 Planning Techniques 90
Lesson 29 Scheduling and Control of Construction 93
Lesson 30 Quality Control and Quality Assurance 96
Lesson 31 Tests on Completion and Employer's Taking-Over 99
Lesson 32 Plant Management 102
Lesson 33 Soil Mechanics in Foundation Engineering 105
Lesson 34 Introduction to Geotechnical Engineering 108
Lesson 35 Foundations 112
Lesson 36 Footings and Foundations 115
Lesson 37 Piles 118
Lesson 38 Tall Building Structure 121
Lesson 39 Design Criteria for Tall Buildings 124
Lesson 40 Flexible Pavement Design 127
Lesson 41 Bridges 131
Lesson 42 Types of Bridges 133
Lesson 43 Prestressed Concrete Bridges 139
Lesson 44 Fiber Reinforced Concrete 142
Lesson 45 Bidding, Bid Opening and Award of Contract 147
Lesson 46 Company Organization 150
Lesson 47 Contract Price and Payment 154
Lesson 48 Three-Dimensional CAD Models 157
Lesson 49 How to Write a Scientific Paper 160
Lesson 50 Technical Report Writing 164
Glossary 168
部分参考译文 199
第二课 材料的应力与应变之间的关系 199
第四课 混凝土的耐久性 200
第五课 混凝土中的钢筋 201
第六课 混凝土砌块 203
第八课 测量工程 204
第九课 荷载状态 205
第十一课 荷载、强度和结构安全 207
第十二课 简单结构的设计 208
第十四课 结构的安全度 209
第十五课 结构可靠性 210
第十九课 钢筋混凝土 211
第二十课 柱 212
第二十二课 钢筋混凝土结构 214
第二十三课 预应力和部分预应力混凝土构件 216
第二十四课 全预应力和部分预应力混凝土 218
第二十五课 混凝土的输送、浇筑、捣实和养护 219
第二十七课 土方工程 219
第二十八课 进度计划 221
第三十课 质量控制与质量保证 222
第三十一课 竣工试验和雇主的接收 223
第三十二课 设备管理 225
第三十三课 基础工程中的土力学 226
第三十五课 基础 227
第三十七课桩 229
第三十八课 高层建筑结构 230
第四十课 柔性路面设计 231
第四十一课 桥梁 233
第四十五课 招标、开标和授予合同 234
第四十七课 合同价格与条款 235
第四十九课 如何撰写科技论文 237
主要参考文献 239