土木工程专业英语 第4版PDF电子书下载

1　Introduction to Mechanics of Materials 1

2　Overview of Engineering Mechanics 5

3　Stress-Strain Relationship of Materials 9

4　Stress Limits in Design 13

5　Load Classification 17

6　Testing of Materials 20

7　Durability of Concrete 24

8　Durability of Building Materials 29

9　Reinforcing Steels for Concrete 33

10　Reinforcement 37

11　Concrete Block 41

12　The Choice of Building Materials 46

13　Design of Simple Structures 50

14　Computer-Aided Design for Construction 54

15　Safety of Structures 58

16　Safety Evaluation of Existing Structures 62

17　Loading Conditions 66

18　Loads on Building Foundations 70

19　Loads,Strength,and Structural Safety 74

20　Slabs 78

21　Structural Reliability 82

22　Structural Analysis 86

23　Conveying,Placing,Compacting,and Curing of Concrete 90

24　Transportation,Placing,and Curing of Concrete 93

25　Reinforced Concrete 98

26　Introduetion to Reinforced Concrete Design 102

27　Properties of Prestressed Concrete 107

28　Prestressed Concrete 111

29　Design of Partially Prestressed Concrete Members 115

30　Bond of Concrete to Steel 118

31　Full Versus Partial Prestressing Concrete 123

32　Proportioning and Mixing of Concrete 126

33　Tall Building Structure 131

34　High-Rise Buildings 135

35　Tall Building Behavior 139

36　Design Criteria for Tall Buildings 142

37　Soil Mechanics in Foundation Engineering 146

38　Introduction to Geotechnical Engineering 150

39　Foundations 155

40　Foundation Classification 159

41　Piles 163

42　Footings and Foundations 167

43　Earthwork 170

44　Scheduling and Control of Construction 174

45　Flexible Pavement Design 179

46　Highway Geometric Design 184

47　Bridges 189

48　Prestressed Concrete Bridges 192

49　Surveying Engineering 196

50　Three-Dimensional CAD Models 200

51　Quality Control and Quality Assurance 204

52　Processes of Building Management 209

53　Efficient Organization of Firms 217

54　Marketing 221

55　Bidding,Bid Opening and Award of Contract 226

56　Contractual Documents 230

57　Tests on Completion and Employer's Taking-Over 233

58　Effective Technical Report Writing 237

59　How to Write a Scientific Paper 240

60　Technical Report Elements 245

参考译文 251

1　材料力学引论 251

3　材料的应力与应变之间的关系 252

5　载荷的分类 254

7　混凝土的耐久性 255

9　用于混凝土中的钢筋 257

11　混凝土砌块 259

13　简单结构的设计 261

15　结构的安全度 262

17　荷载状态 264

19　荷载、强度和结构安全 266

21　结构可靠性 267

23　混凝土的输送、浇筑、捣实和养护 268

25　钢筋混凝土 269

27　预应力混凝土的特点 271

29　部分预应力混凝土构件的设计 273

31　全预应力和部分预应力混凝土 274

33　高层建筑结构 275

35　高层建筑的性能 277

37　基础工程中的土力学 279

39　基础 280

41　桩 282

43　土方工程 284

45　柔性路面设计 285

47　桥梁 287

49　测量工程 288

51　质量控制与质量保证 290

53　高效率的企业组织方式 292

55　招标、开标和授予合同 294

57　竣工试验和雇主的接收 295

59　如何撰写科学论文 297

主要参考文献 300