Fundamentals of Mechanical Design

Books written by Guo Rensheng and published by Tsinghua University Press in 2006

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Fundamentals of Mechanical Design was published in January 2006 tsinghua university press Published by Guo Rensheng, etc. The basis of mechanical design is Higher vocational and technical education And the main courses of mechanical design and manufacturing and electromechanical engineering in higher vocational education.

Chinese name: Fundamentals of Mechanical Design
Author: Guo Rensheng^[1]
Publication time: January 1, 2006
press: tsinghua university press

ISBN: nine trillion and seven hundred and eighty-seven billion three hundred and two million one hundred and twenty thousand and forty-nine^[1]
Category: education
Pricing: 32 yuan
Binding: Hardback

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The book is divided into five chapters: Chapter 1 "Introduction to Mechanism Composition and Mechanical Design" mainly deals with the structural analysis Introduction to mechanical design and application overview of modern design method are common basic knowledge of mechanism and mechanical design; Part 2 "Common Mechanisms" mainly describes some common mechanisms (such as Linkage 、 Cam mechanism , gear train and other common mechanisms); Part 3“ mechanical drive ”This article mainly talks about some common mechanical drives (such as belt drive, chain drive gear drive and worm drive Working principle, standard specification and design calculation method; Chapter 4 "Shafting parts" mainly deals with shafting (including sliding bearing 、 Rolling bearing , shaft, coupling, clutch, brake and other major components), and the combination design and selection calculation method; Part 5“ mechanical coupling ”Introduction to common machinery Static connection (INCLUDES KEY, PIN& Threaded connection ）And Elastic connection Working principle, standard specification and calculation method of (spring).

There are examples and typical mechanical design calculations at the end of the main chapters in this book Part working drawing And excerpted some commonly used standards and specifications for mechanical design. The book is attached with Cam Outline design and gear drive Designed MATLAB The program and its application examples.

This book can be used as Higher vocational and technical education And the teaching materials of the course "Fundamentals of Mechanical Design" for mechanical design and manufacturing and mechanical and electrical engineering majors in higher vocational education, which are also available for readers and Engineering technicians reference resources.^[1]

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Part 1 Introduction to Mechanism Composition and Mechanical Design

Chapter 1 Composition and Motion Diagram of Mechanism 1

1.1 Course Introduction 1

one point two Planar mechanism Composition and motion diagram of

Exercise 12

Chapter 2 Introduction to Mechanical Design 14

2.1 General process of mechanical design 14

two point one Functional principle Design Overview 15

2.3 Mechanical design Constraint analysis eighteen

2.4 Machinery Structural design twenty-four

Exercise 35

Chapter 3 Modern Design Overview of method application 37

three point one Computer Aided Design thirty-seven

*3.2 optimal design forty-seven

*3.3 Innovative Design54

Exercise 60

Part 2 Common Institutions

Chapter 4 planar linkage mechanisms sixty-two

4.1 Types and applications of planar linkage 62

4.2 Basic characteristics of planar linkage 72

4.3 Kinematic design of planar linkage 76

four point four Multi link mechanism Application of 80

Exercise 81

Chapter 5 Cam mechanism eighty-four

5.1 Types and applications of cam mechanism84

five point two Follower Basic motion law 87

5.3 Cam contour design 92

5.4 Cam mechanism Basic dimensions Determination of 101

5.5 Structure and material of cam mechanism 104

Exercise 108

Chapter 6 gear train one hundred and ten

6.1 Fixed axle gear train 110

six point two Planetary gear train one hundred and twelve

6.3 Combined gear train 114

6.4 Functions of gear train 115

*6.5 Introduction to new planetary drive118

Exercise 121

Chapter 7 Other Commonly Used Organization123

seven point one crank shaft ratchet one hundred and twenty-three

seven point two Geneva mechanism one hundred and twenty-nine

seven point three Screw mechanism one hundred and thirty-five

*7.4 Combination and application of mechanism144

Exercise 147

Part 3 Mechanical Transmission

Chapter 8 Belt drive one hundred and fifty

8.1 Working principle and application of belt drive150

8.2 Belt driven force analysis and Stress analysis one hundred and fifty-two

8.3 Belt driven Elastic sliding And failure mode 154

8.4 V-belt specification, pulley structure and belt drive Tensioner one hundred and fifty-six

8.5 Calculation of V-belt drive161

Exercise 172

Chapter 9 Chain drive one hundred and seventy-three

9.1 Features, component structure and parameters of chain drive173

9.2 Analysis of motion and force of chain drive178

9.3 Design calculation of chain drive181

9.4 Arrangement, tensioning and lubrication of chain drive187

Exercise 189

Chapter 10 gear drive one hundred and ninety

ten point one gear drive Characteristics and types of 190

10.2 Basic laws of tooth profile meshing and involute profile one hundred and ninety-one

10.3 Involute Standard gear Of Basic parameters And size 194

10.4 Meshing transmission of involute straight cylindrical gear197

ten point five involute Machining and inspection dimensions of tooth profile 201

*10.6 Modified gear drive two hundred and five

10.7 Helical teeth Cylindrical gear drive two hundred and ten

10.8 Bevel gear drive214

10.9 Gear transmission design217

10.10 Gear structure and gear transmission lubrication234

*10.11 Circular arc gear drive Introduction 236

Exercise 237

Chapter 11 worm drive two hundred and forty

11.1 Overview of worm drive240

11.2 Basic parameters and dimensions of worm drive241

11.3 Worm drive load Capacity calculation two hundred and forty-six

11.4 Efficiency and heat balance two hundred and forty-nine

eleven point five worm and Worm gear Structure of 253

Exercise 256

Part 4 shafting spare parts

Chapter 12 sliding bearing two hundred and fifty-eight

12.1 Operating principle of sliding bearings258

12.2 Classification and structural characteristics of sliding bearings259

12.3 Materials and bearing bush Structure 261

12.4 Lubrication of sliding bearings264

12.5 Non Liquid lubrication Calculation of plain bearings 266

*12.6 Introduction to Hydrodynamic Sliding Bearing and Hydrostatic Sliding Bearing 268

Exercise 269

Chapter 13 Rolling bearing two hundred and seventy-one

13.1 Composition, type and characteristics of rolling bearings271

13.2 Code and type selection of rolling bearings275

13.3 Life calculation of rolling bearings280

*13.4 Ceramic rolling bearing and Rolling guide Introduction 293

Exercise 294

Chapter 14 Shaft and Shafting 296

14.1 Overview of shafts296

14.2 Material and strength calculation of shafts297

14.3 Structural design of shaft and shafting 304

Exercise 312

Chapter 15 coupling 、 clutch And Brake three hundred and fourteen

15.1 Coupling314

15.2 Clutch 318

15.3 Brake321

Exercise 323

Part 5 Mechanical Connection

Chapter 16 Connection 324

sixteen point one Key connection three hundred and twenty-four

16.2 Pin connection329

16.3 Threaded connection330

Exercise 348

Chapter 17 Spring 350

17.1 Overview of spring350

17.2 Structural parameters and characteristic curve three hundred and fifty-three

seventeen point three Cylindrical coil spring Design calculation of 356

*17.4 Introduction to non-metallic spring360

Exercise 362

Appendix 364

References 376

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