Lesson 1 Basic Concepts in Mechanics 1
Lesson 2 Forces and Their Effects 4
Lesson 3 Overview of Engineering Mechanics 9
Lesson 4 Shafts， Couplings， and Splines 12
Lesson 5 Shafts and Associated Parts 16
Lesson 6 Belts， Clutches， Brakes， and Chains 20
Lesson 7 Fasteners and Springs 23
Lesson 8 Rolling Bearings 26
Lesson 9 Turbine Engine Bearings for Ultra-High Temperatures 29
Lesson 10 Spindle Bearings （Reading Material） 33
Lesson 11 Machine Tool Frames 36
Lesson 12 Spur Gears 40
Lesson 13 Strength of Mechanical Elements 44
Lesson 14 Physical Properties of Materials 47
Lesson 15 Kinematics and Dynamics 50
Lesson 16 Basic Concepts of Mechanisms 54
Lesson 17 Material Selection 57
Lesson 18 Selection of Fastener Materials 60
Lesson 19 Gear Materials （Reading Material） 64
Lesson 20 Friction， Wear， and Lubrication 68
Lesson 21 Lubrication 72
Lesson 22 Introduction to Tribology 76
Lesson 23 Working Drawings 79
Lesson 24 Sectional Views 82
Lesson 25 Computer Graphics （Reading Material） 87
Lesson 26 Dimensional Tolerance 90
Lesson 27 Fundamentals of Manufacturing Accuracy 93
Lesson 28 Tolerances and Surface Roughness 97
Lesson 29 Introduction to Mechanical Design 100
Lesson 30 Engineering Design 104
Lesson 31 Some Rules for Mechanical Design 108
Lesson 32 Computer Applications in Design and Graphics 111
Lesson 33 Lathes 114
Lesson 34 Engine Lathes 118
Lesson 35 Milling Machines and Grinding Machines 122
Lesson 36 Drilling Operations 126
Lesson 37 Milling Operations （Reading Material） 132
Lesson 38 Gear Manufacturing Methods 137
Lesson 39 Hard-Part Machining with Ceramic Inserts 141
Lesson 40 Machine Tool Motors 145
Lesson 41 Development of Metal Cutting （Reading Material） 149
Lesson 42 Development of Machine Tools （Reading Material） 152
Lesson 43 Nontraditional Manufacturing Processes 155
Lesson 44 Implementation of Nontraditional Manufacturing Processes 158
Lesson 45 Machining of Engineering Ceramics 162
Lesson 46 Definitions and Terminology of Vibration 165
Lesson 47 Mechanical Vibrations 169
Lesson 48 Automated Assembly 172
Lesson 49 Roles of Engineers in Manufacturing 175
Lesson 50 Manufacturing Enterprises 178
Lesson 51 Careers in Manufacturing 181
Lesson 52 Manufacturing Research Centers at U.S.Universities（Reading Material） 184
Lesson 53 Developments in Manufacturing Technology （Reading Material） 187
Lesson 54 Cost Estimating 190
Lesson 55 Flexible Manufacturing System 193
Lesson 56 Quality and Inspection 196
Lesson 57 Quality in the Modern Business Environment 200
Lesson 58 Coordinate Measuring Machines 204
Lesson 59 Reliability Requirements 208
Lesson 60 Product Reliability 211
Lesson 61 Effect of Reliability on Product Salability （Reading Material） 215
Lesson 62 Computers in Manufacturing 218
Lesson 63 Computer Applications in Design and Manufacturing 221
Lesson 64 Computer-Aided Analysis of Mechanical Systems 224
Lesson 65 Computer-Aided Process Planning 227
Lesson 66 Numerical Control 230
Lesson 67 Numerical Control Software 234
Lesson 68 Computer Numerical Control 238
Lesson 69 Training Programmers 241
Lesson 70 History of Numerical Control（Reading Material） 244
Lesson 71 Industrial Robots 247
Lesson 72 Robotics 250
Lesson 73 Basic Components of an Industrial Robot 254
Lesson 74 Robotic Sensors 257
Lesson 75 Mechanical Engineering in the Information Age 262
Lesson 76 Mechanical Engineering and Mechanical Engineers 266
Lesson 77 Technical Report Elements 269
Lesson 78 Technical Report Writing 273
参考译文 277
第1课 力学基本概念 277
第4课 轴、联轴器和花键 278
第7课 紧固件和弹簧 279
第8课 滚动轴承 280
第13课 机械零件的强度 281
第17课 材料选择 283
第21课 润滑 284
第22课 摩擦学概论 285
第23课 工作图 286
第26课 尺寸公差 287
第28课 公差与表面粗糙度 289
第29课 机械设计概论 290
第31课 机械设计准则 292
第32课 计算机在设计和制图中的应用 293
第33课 车床 294
第38课 齿轮制造方法 295
第43课 特种加工工艺 297
第45课 工程陶瓷的机械加工 299
第46课 振动的定义和术语 300
第49课 工程师在制造业中的作用 301
第54课 成本估算 302
第56课 质量与检测 303
第59课 可靠性要求 305
第62课 计算机在制造业中的应用 307
第65课 计算机辅助工艺过程设计 308
第66课 数字控制 309
第69课 培训编程人员 311
第71课 工业机器人 312
第73课 工业机器人的基本组成部分 314
第75课 信息时代的机械工程 315
参考文献 317