绪论 (Introduction) 1.1.机械工程设计的历史和现状(History and status of mechanical engineering design) ; 1.2.机械设计过程(Design process); 1.3.常见机械零部件和专用零部件介绍(General and special mechanical elements)。 机械静力学分析1(Kinematics fundamentals 1) 2.1.t静力学分析中零部件运动的类型(Types of motion of mechanical parts); 2.2.t零部件连接的类型、运动副及其分类(Types of joints , motion pairs); 2.3.t连接导致引入的约束个数计算(Links, joints, kinematic chains and constraints)。 机械静力学分析2 (Kinematics fundamentals 2) 3.1.t机构运动简图的画法(Kinematic diagram of mechanism); 3.2.t自由度的介绍,机构自由度计算公式(Degrees of freedom (DOF),Calculation of DOF); 3.3.t机构具有确定运动的条件(Determine the conditions of motion.); 3.4.t复合铰链、局部自由度和虚约束三种情况下的机构自由度计算方法(Multiple joint, Passive DOF and useless constraints)。 3.5.t通过实例进行自由度计算(Calculation of DOF)。 连杆机构(Graphical Linkage Synthesis) 4.1.了解连杆的类型(Types of Graphical Linkage ); 4.2.曲柄存在的条件( Condition of the existence of the crank); 4.3 .压力角和传动角( Pressure angle and transmission angle); 4.4. 急回特性(Quick return); 4.5.死点位置( locked point )。 失效与预防(Failure Prevention) 5.1.t对结构施加载荷的类型(Types of loading); 5.2.t零部件的失效类型(Types of failure); 5.3.t载荷和失效的关系(Relationship between loading and failure); 5.4.t失效的预防措施 (prevention of failure)。 轴(Shaft) 6.1.t轴的类型和应用领域(Types and application of shaft); 6.2.t轴的结构和轴上零件的定位与固定(Shaft layout); 6.3.t轴设计的主要内容和步骤(Shaft design for stress); 6.4. 通过实例进行轴结构的分析(Shaft layout analysis with an example)。 滚动轴承(Rolling-contact bearings) 7.1.t滚动轴承的组成、工作特点、类型、代号(Rolling-contact bearings, Bearing types and symbol ); 7.2.t滚动轴承的载荷、失效、寿命和可靠性(Bearing load, life and reliability). 齿轮1(Gear1) 8.1.t齿轮的类型和术语(Types of gears); 8.2.t齿轮实现定角速比传动的条件和传动比计算 (Transmission ratio); 8.3.t渐开线齿廓性质和重合度(Involute properties and contact ratio); 8.4.t齿轮的几何尺寸计算和最少齿数的形成(Geometric dimensions calculations and the forming of gear teeth); 8.5.t通过实例进行齿轮系传动比计算(Calculation of Transmission ratio of gear trains)。 齿轮2(Gear2) 10.1.凸轮机构的应用和类型(Types and application of cam); 10.2.从动件的常用运动规律(Critical path motion (CPM)); 10.3.凸轮机构的压力角和传动角以及曲率(Pressure angle and radius of curvature); 10.4.凸轮轮廓的设计(Design method and process of cam); 凸轮(Cam) 10.1.凸轮机构的应用和类型(Types and application of cam); 10.2.从动件的常用运动规律(Critical path motion (CPM)); 10.3.凸轮机构的压力角和传动角以及曲率(Pressure angle and radius of curvature); 10.4.凸轮轮廓的设计(Design method and process of cam); 连接(Joints) 11.1.非永久性连接和永久性连接的定义、实例和应用(Definitions, examples and applications of nonpermanent joints and permanent joints); 112.标准螺纹的定义、分类和应用(Definitions, types and applications of bolt); 11.3.螺栓的预紧和防松(Preload and anti-loose); 11.4.螺纹连接的失效形式和设计计算 (fatigue and design of bolt). 柔性连接(Flexible joints) 12.1.皮带的类型和应用场合(Types and application of belts ); 12.2.V带的结构和设计过程(Structure of V belt); 12.3.链条的类型和应用场合(types and application of roller chain);