1.1切削运动及刀具结构 1.2金属切削基本规律 1.3刀具磨损与耐用度 1.4金属切削效益分析

11.1的衡类和平衡方法 11.2刚性转子的平衡设计 11.3刚性转子的平衡试验 11.4挠性转子平衡简介 11.5平面机构的平衡设计

一、凸轮机构的组成与类型 二、从动件运动规律设计 三、凸轮轮廓的设计 四、凸轮机构基本尺寸的确定 五、凸轮机构的计算机辅助设计

9.1开式链机构的特点及应用 9.2开式链机构的结构分析 9.3开式链机构的运动学

Chap. 10 Scheme of Mechanism system Chap.10.1 Review Design Process Chap.10.2 Design Process of Kinematic Scheme of the Mechanism System

3.1 Types of the four-bar linkages 3.2 Variation of revolute four-bar mechanism 3.3 Application of the linkages 3.4 Characteristics Analysis of four-bar linkages 3.5 Velocity analysis by the Method of instant centers 3.6 Kinematic synthesis of four-bar linkages

Chap. 5.1 Introduction Chap. 5.2 The fundamental law of gearing Chap. 5.3 Gear tooth nomenclature Chap.5.4 Condition for Correct Meshing Chap. 5.5 Contact Ratio Chap. 5.6 Interference and undercutting Chap. 5.7 Gear types and Application Chap. 5.8 Ordinary gear trains Chap.5.9 Epicyclic or planetary gear trains Chap. 5.10 Applications of gear train

Chap. 7 other mechanisms Chap.7. Universal joints Chap. 7.2 Screw mechanisms Chap. 7.3 Transmission mechanism using friction Chap. 7.4 Mechanism with flexible elements Chap. 7.5 Hydraulic and pneumatic mechanism Investigate and Review by Students

Chap. 9 Open Chain Mechanisms Chap. 9.1 Characteristics and Application Chap.9.2 Structure Analysis Chap.9.3 Kinematics of Open Chain Mechanisms

1通过复习,使学生进一步掌握探戈侧行并进和分式左转 2通过学习,使学生初步掌握华尔兹纺织步 3通过学习,使学生初步掌握恰恰恰原地转良好