Chapter 1 Introduction of Mechanical Engineering(机械工程简介)1
1.1 Definition and History of Mechanical Engineering(机械工程的定义及其发展历史)1
1.2 Fields of Mechanical Engineering(机械工程的分类)4
1.3 Advantages of Mechanical Engineering in China(我国机械工程的优势)6
1.4 Prospects of Mechanical Engineering in China(我国机械工程的前景)16
Chapter 2 Hot Topics About Mechanical Engineering(机械工程相关的热点话题)18
2.1 Industry 4.0(工业4.0)18
2.2 Made in China 2025(中国制造2025)22
2.3 High Speed Railway in China(中国高铁)27
2.4 Machine Learning(机器学习)30
Chapter 3 Mechanical Manufacturing(机械制造)37
3.1 CADCAMCAPP(计算机辅助设计制造工艺规划)37
3.2 Flexible Manufacturing System(柔性制造系统)48
3.3 Computer Numerical Control(计算机数字控制)54
3.4 Rail Grinding(钢轨打磨)61
3.5 Micromachine and Nanomachine(微纳米加工)67
Chapter 4 Mechanical Design and Theory(机械设计及理论)78
4.1 Problems in Mechanical Design(机械设计问题)78
4.2 Machine Elements(机械零件)84
4.3 Friction, Wear and Lubrication(摩擦、磨损和润滑)97
4.4 Industrial Robot(机器人)105
Chapter 5 Mechatronic Engineering(机械电子工程 )112
5.1 Advanced Control and Automation of Mechatronic Systems(机电系统的先进控制与自动化)112
5.2 On-Line Monitoring and Fault Diagnosis of Mechatronic Systems(机电系统的在线监测与故障诊断)136
5.3 Fluid Transmission and Control(流体传动与控制)144
5.4 Embedded System and Intelligent Instrument(嵌入式系统与智能仪器)172
Chapter 6 Vehicle Engineering(车辆工程)185
6.1 Vehicle Structure Reliability(车辆结构可靠性)185
6.2 Vehicle System Dynamics and Control(车辆系统动力学与控制)191
6.3 Vehicle Vibration and Noise Control(车辆振动与噪声控制)200
6.4 Vehicle Digital Design(车辆数字化设计)210
Chapter 7 Materials Science and Technology(材料科学与技术)218
7.1 Materials for Rail Traffic(轨道交通材料)218
7.2 Ceramic Material and Composite Material(陶瓷与复合材料)239
7.3 Brake Disc of Multiple Units(动车组制动盘)258
7.4 Liquid Die Forging and Semi-Solid Forming(液态模锻和半固态成形)270
References(参考文献)290