Theory of Machine and Mechanisms
Theory of Machine and Mechanisms
少于1000 人选课
更新日期:2026/04/03
开课时间2026/03/25 - 2026/06/15
课程周期12 周
开课状态开课中
每周学时-
课程简介

“Theory of Machine and Mechanisms” is one of the important technical foundation courses for mechanical students. The main contents of this course are the basic principles and analysis methods of commonly used mechanisms. The courses is scheduled for 40 hours, while the core contents can be accomplished in 32 hours. The outline includes the structural compositions of mechanisms, mechanical kinematics and dynamics, the analysis and synthesis of some typical mechanisms (linkage mechanisms, cam mechanisms, gear mechanisms, gear trains, ratchet mechanisms, Geneva mechanisms, universal joints and screw mechanisms). Questions and exercises are attached.. This course aims to cultivate students’ basic analysis and design ability for mechanisms, which is a fundamental skill in analyzing existing machines and designing new ones.

课程大纲

Chapter 1 Introduction

1. 1 Introduction

Chapter 1 Unit Test

Chapter 2 Structural Analysis of Planar Mechanisms

2.1 Planar Kinematic Pairs and Planar Mechanisms

2.2 Kinematic Diagram of a Mechanism

2.3 Degree of freedom of a Mechanism and Its Calculation

Chapter 2 Unit Test

Chapter 3 Kinematic Analysis of Planar Mechanisms

3.1 Purposes and Methods

3.2 Analysis by the Method of Instant Center of Velocity

3.3 Relative Motion Graphic Method

Chapter 3 Unit Test

Chapter 4 Planar Linkage Mechanisms

4.1 Introduction

4.2 The Types and Variations of Four-bar Linkages

4.3 The Types and Variations of Four-bar Linkages

4.4 Graphical Dimensional Synthesis of Four-bar Linkages

Chapter 4 Unit Test

Chapter 5 Cam Mechanisms

5.1 The Characteristics and Classification of Cam Mechanisms

5.2 Follower Motion Curves in Common Use

5.3 Graphical Synthesis of Plate Cams

5.4 The Sizes and Physical Characteristics of Cam Mechanism

Chapter 5 Unit Test

Chapter 6 Gear Mechanisms

6 Gear Mechanisms

Chapter 6 Unit Test

Chapter 7 Gear Trains

7 Gear Trains

Chapter 7 Unit Test

Chapter 8 Other Mechanisms in Common Use

Lecture 1 Ratchet Mechanisms

Lecture 2 Geneva Mechanisms

Chapter 8 Unit Test

Chapter 9 Dynamic Analysis of Planar Mechanisms

9.1 Dynamic Analysis of Planar Mechanisms

9.2 Friction in Kinematic Pairs

9.3 Mechanical Efficiency and Self-locking

Chapter 9 Unit Test

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