机械工程专业英语PDF电子书下载

Contents 1

Lesson 1　Basic Concepts in Mechanics 1

Reading Material:Mechanics 5

Lesson 2 Forces and Moments 10

Reading Material:Overview of Engineering Mechanics 13

Lesson 3 Shafts and Couplings 17

Reading Material:Shaft Design 20

Lesson 4 Fasteners and Springs 26

Reading Material:Fastening and Joining Methods 29

Lesson 5 The Strength of Mechanical Elements 34

Reading Material:Failure Analysis of Springs 37

Lesson 6 Rolling Contact Bearings 42

Reading Material:Journal Bearings and Antifriction Bearings 45

Lesson 7 Mechanism 49

Reading Material:Mechanisms and Machines:Basic Concepts 52

Lesson 8 Introduction to Tribology 58

Reading Material:Lubrication and Journal Bearing 61

Lesson 9 Fundamentals of Mechanical Design 65

Reading Material:The Machine Designer's Responsibility 69

Lesson 10 Introduction to Machine Design 73

Reading Material:Design Process and Stages 77

Lesson 11 Material Selection 81

Reading Material:Selection of Fastener Materials 85

Lesson 12 Lathes 91

Reading Material:Drilling Operations 95

Lesson 13 Machining 102

Reading Material:Machine Tools 106

Lesson 14 Metal-Cutting Process 111

Reading Material:Machinability 115

Lesson 15 Gear Manufacturing Methods 120

Reading Material:Gear Materials 125

Lesson 16 Dimensional Tolerances and Surface Roughness 131

Reading Material:Fundamentals of Manufacturing Accuracy 135

Lesson 17 Machining of Engineering Ceramics 140

Reading Material:Surface Finishing 144

Lesson 18 Nontraditional Manufacturing Processes 149

Reading Material:Implementation of Nontraditional Manufacturing Processes 153

Lesson 19 Mechanical Vibrations 157

Reading Material:Definitions and Terminology of Vibration 161

Lesson 20 Residual Stresses 166

Reading Material:Precision of Machine Tools 171

Lesson 21 Effect of Reliability on Product Salability 176

Reading Material:Reliability and Failure Analysis 179

Lesson 22 Quality and Inspection 184

Reading Material:Quality Control 189

Lesson 23 The Computer and Manufacturing 194

Reading Material:Computer Aided Design 198

Lesson 24 Computer Aided Process Planning 202

Reading Material:Capitalizing on CAPP 206

Lesson 25 Numerical Control 210

Reading Material:Numerical Control of Machine Tools 214

Lesson 26 Training Programmers 220

Reading Material:NC Programming 224

Lesson 27 Industrial Robots 229

Reading Material:Robotics 233

Lesson 28 Components of a Robot System 237

Reading Material:Robotic Sensors 240

Lesson 29 Organization of Firms 244

Reading Material:The Manufacturing Enterprise 247

Lesson 30 Making a Cost Estimate 252

Reading Material:Cost Reduction 255

Lesson 31 The Roles of Engineers in Manufacturing 259

Reading Material:Manufacturing Technology 262

Lesson 32 Mechanical Engineering in the Information Age 267

Reading Material:Online Design 271

Lesson 33 How to Write a Scientific Paper 276

Reading Material:A Guide forTechnical Writing 282

参考译文 287

第一课　力学基本概念 287

第二课　力和力矩 288

第三课　轴和联轴器 290

第四课　紧固件和弹簧 291

第五课　机械零件的强度 293

第六课　滚动轴承 294

第七课　机构 296

第八课　摩擦学概论 297

第九课　机械设计基础 299

第十课　机械设计概论 300

第十一课　材料选择 302

第十二课　车床 304

第十三课　机械加工 306

第十四课　金属切削加工 308

第十五课　齿轮制造方法 310

第十六课　尺寸公差与表面粗糙度 312

第十七课　工程陶瓷的机械加工 314

第十八课　特种制造工艺 316

第十九课　机械振动 318

第二十课　残余应力 319

第二十一课　可靠性对产品销路的影响 322

第二十二课　质量与检测 324

第二十三课　计算机与制造业 326

第二十四课　计算机辅助编制工艺规程 328

第二十五课　数字控制 330

第二十六课　培训编程人员 332

第二十七课　工业机器人 334

第二十八课　机器人系统的组成部分 336

第二十九课　企业的组织方式 337

第三十课　成本估算 339

第三十一课　工程师在机械制造业中的作用 341

第三十二课　信息时代的机械工程 342

第三十三课　如何撰写科学论文 344

Appendix A　Sectional Views 348

Appendix B　Figures of Metal Cutting Processes and Machine Tools 355