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 CAD/CAM/CAPP(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 FluidTransmission 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 RailTraffic(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