作者介紹
編者:張培培|責編:劉凡
張培培，女，博士，電子科技大學副教授，2011年獲得西北工業大學和法國貢比涅技術大學雙博士學位。多年來主講課程「機械技術基礎」和Mechanical Engineering Design（全英文）。「機械技術基礎」（雙語）在中國大學MOOC平台上線，Mechanical Engineering Design（全英文）在中國大學MOOC國際平台（全國193門首發課程）和聯合國教科文組織國際網路教育學院平台上線。該課程被認定為四川省首批線上線下混合式一流本科課程，校級「教學方法與考核方式改革」示範課和校級「課程思政」示範課，獲校級教學成果獎三等獎。主編《工程與技術漢語》，參編《精密機械設計》。主持和參與省部級以上科研項目7項，發表學術論文10余篇，授權發明專利2項。
目錄
Chapter 1 Introduction
1.1 History and Status of Mechanical Engineering Design
1.2 What is a Machine
1.3 Design
1.4 Mechanical Engineering Design
1.5 Phases in Design
1.6 Design Considerations
1.7 Design Tools and Resources
Chapter 2 Kinematics Fundamentals
2.1 Degree of Freedom and Types of Motion of Mechanical Parts
2.2 Types of Joints, Motion Pairs
2.3 Links, Kinematic Chains and Constraints
Chapter 3 Kinematics Fundamentals
3.1 Kinematic Diagram of Mechanism
3.2 Calculation of DOF
3.3 Determine the Conditions of Motion
3.4 Considerations of Determining DOF
3.5 Examples of Determining DOF
Chapter 4 Graphical Linkage Synthesis
4.1 Introduction
4.2 Grashof's Law or Grashof Condition
4.3 Pressure Angle and Transmission Angle
4.4 Quick Return
4.5 Locked Point
4.6 Basic Design of Linkages Mechanism
Chapter 5 Failure and Prevention
5.1 Types of Loading
5.2 Types of Failure
5.3 Relationship between Loading and Failure
5.4 Prevention of Failure
Chapter 6 Shaft
6.1 Types and Applications of Shafts
6.2 Geometric Layout of the Shafts
6.3 Example Analysis of Shaft Layout
6.4 Shaft Stress Design
6.5 Deflection and Critical Speed
Chapter 7 Rolling-Contact Bearings
7.1 Introduction of Bearing
7.2 Bearing Load, Life and Reliability
7.3 Design Assessment for Selected Rolling-Contact Bearings
Chapter 8 Gears
8.1 Types of Gears
8.2 Nomenclature
8.3 Pressure Angle and Size of Gear
8.4 Conjugate Action
8.5 Involute Properties
8.6 Meshing Conditions
8.7 Contact Ratio
8.8 Forming of Gear Teeth and Interference
8.9 Calculation of Transmission Ratio of Gear Trains
Chapter 9 Gears
9.1 Force and Torque Analysis of Gears
9.2 Design of Spur Gears
Chapter 10 Cam Mechanisms
10.1 Introduction of Cam Mechanisms
10.2 Critical Path Motion (CPM)
10.3 Pressure Angle and Radius of Curvature
10.4 Design Method and Process of Cam
Chapter 11 Joints
11.1 Introduction of Non-permanent Joint and Permanent Joint
11.2 Thread Standards and Terminology
11.3 Screw Fastenings
11.4 Bolt Tightening and Initial Tension
11.5 Preventing Unintentional Unscrewing of Screw Joints
11.6 Screwing-up Torque, Efficiency, and Self-locking Conditions
11.7 Material Selection for Bolt Design
11.8 Design Procedures
Chapter 12 Flexible Joints
12.1 Introduction of Belts
12.2 Introduction of Chain
12.3 Compare Belt and Chain
Chapter 13 Special Topics
13.1 Geometric Dimensioning and Tolerancing, Modern Design Methods; Definitions, Symbol and Datum of Geometric Dimensioning and Tolerancing
13.2 Controlling Geometric Tolerances
13.3 Tolerance and Fits
13.4 Surface Roughness
13.5 Characteristic of Software of Design and Modern Design Methods
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