包邮机械原理英汉双语第3版

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作者：张颖赵自强张春林著

出版社：机械工业出版社

本类榜单：教材

分类：教材 > 研究生/本科/专科教材 > 工学

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ISBN：9787111773740
装帧：平装-胶订
册数：暂无
重量：暂无
开本：16开
页数：409
出版时间：2025-03-01
条形码：9787111773740 ; 978-7-111-77374-0

本书特色

1）中英文内容相互对照，便于中外教材衔接。例如，在第2章中，中文部分中的“局部自由度”和“虚约束”分别被翻译为英文部分中的“冗余自由度”和“冗余约束”。保留这些差异是有益的。
2）在第5章中增加了平面连杆机构综合的实例，便于学生理解和掌握本章的内容。
3）用六槽轮代替四槽轮解释槽轮机构的运动特性，使主动销轮与从动槽轮的转角关系以及槽轮机构的运动系数更容易理解。
4）在第13章机械的平衡设计中增加了实例。
5）附录中包含了与课程内容相关的公式和符号的英文读法，以解决部分教师无法阅读英文公式或专业符号的问题。
6）增加了机械工程的*新进展，如柔顺机构和仿生机构。这些内容不断充实和扩展机械原理课程的内容。
7）每章增加反映基本概念、理论和方法的习题，以二维码的形式呈现。读者只需用手机微信扫描二维码即可回答问题。
8）通过二维码为书中的相应机构提供动图展示。读者只需用手机微信扫描图片旁边的二维码，即可观看动图，增强了本书的可读性。

内容简介

本书是按照高等工科教育逐步与国际教育接轨的要求编写的机械原理课程英汉双语教材。在满足国内教学基本要求的基础上，体现了我国机械原理课程教学的现状和特色，吸取了国外同类教材的特点。全书内容从机构分析、机构设计、机构系统设计到机械动力学，遵循以设计为主线，加强对基本概念、基本理论、基本方法的理解，以理论与工程实践相结合为指导思想，对传统机械原理的内容进行了整合，结合现代科学技术的发展，增加了新内容，删减了过于陈旧的内容。全书共有13章。第1章介绍机械的基本概念；第2～4章主要介绍机构的结构分析、运动分析和力分析；第5～9章主要介绍常用机构的设计；第10章介绍空间连杆机构和机器人机构；第11章介绍机构系统的设计；第12和13章主要介绍机械系统的运转及速度波动的调节、机械的平衡。创新设计的思想融于各章内容中。本书的英文内容，在反映中文内容的前提下，采用典型的科技英语表现方式和通俗易懂的词汇，简便易读。同时在附录中增加了英语常用符号与公式读法，供广大读者参考。本书可作为高等工科学校机械类专业的机械原理教材，特别适合作为英汉双语教材，也可以作为机械工程人员的参考用书。

前言

This textbook is written for students majoring in mechanical engineering to study the course“theory of machines and mechanisms”or professional English
It is based on the basic teaching requirement of the theory of machines and mechanisms issued by the Ministry of Education, it emphasizes the cultivation of basic theories, methods, and skills, while taking design as the main line and highlighting the cultivation of innovative consciousness and innovative design abilityThe bilingual textbook not only reflects the content and characteristics of the textbooks in China, but also aligns with those abroadThis textbook is written for students majoring in mechanical engineering to study the course“theory of machines and mechanisms”or professional English It is based on the basic teaching requirement of the theory of machines and mechanisms issued by the Ministry of Education, it emphasizes the cultivation of basic theories, methods, and skills, while taking design as the main line and highlighting the cultivation of innovative consciousness and innovative design abilityThe bilingual textbook not only reflects the content and characteristics of the textbooks in China, but also aligns with those abroad Since the second publication in 2016, some schools chose this textbook as the teaching material for undergraduate courses in theory of machines and mechanismsIt was taught in Chinese, with the English content provided as a referenceOther schools used it as the English textbook for theory of machines and mechanisms courses and taught it in English, with the Chinese content provided as a referenceSome schools with bilingual teaching programs chose it as the bilingual teaching material for undergraduate courses in theory of machines and mechanismsThe teaching was conducted in both English and Chinese, with the content available for comparison and referenceSome schools selected it as the textbook for theory of machines and mechanisms courses for foreign students studying in China The third edition incorporates much of the feedback received from faculty and students who used the first two editions and author’s selfchecks, resulting in multiple revisions, supplements, and improvements Following are some distinctive features of this book: 1）Explanations have been provided to facilitate alignment between Chinese and foreign teaching materialsFor example, in Chapter 2, the term local degree of freedom and virtual constraint in the Chinese version are translated as redundant degree of freedom and redundant constraint in the English version, respectivelyPreserving these differences is beneficial 2）Corresponding examples have been added to Chapter 5They will be of value in the comprehensive content of planar linkages with a new method introduced 3）A sixslot Geneva wheel has been used in explaining the motion characteristics of Geneva mechanism instead of a fourslot Geneva wheel, making it is easier to understand the turning angle relationship between the driving pin wheel and driven Geneva wheel, and to comprehend the motion coefficients of Geneva mechanism 4）Examples have also been added to Chapter 13 on balance of machinery 5）English pronunciations of formulas and symbols related to the course content have been included in the appendix to address the issue of some faculty being unable to read formulas or professional symbols 6）The latest developments in mechanical engineering have been added in this revision, such as the compliant mechanisms and biomechanismsThese additions continuously enhance and develop the course content of theory of machines and mechanisms 7）Problems reflecting fundamental concepts, theories, and methods have been added to each chapter, presented in the form of QR codesReaders can simply scan the QR code use wechat app to answer the questions 8）QR code has been introduced for the corresponding animated image of the mechanismReaders can simply scan the QR code next to the illustration with their mobile phone, which enhances the readability of this book In the end, the purpose of any textbook is to guide students through a learning experience in an effective mannerWe sincerely hope that this book will fulfill this intention The authors of the English version are as follows：Zhang Ying of Beijing University of Technology compiled and translated Chapters 1, 2, 3, 4, 5, 6, 7, 8 and 9；Zhao Ziqiang compiled and translated Chapters 10 and 11；Zhang Ziqiang compiled and translated Chapters 12 and 13 The authors of the Chinese version are as follows：Zhang Chunlin (Chapter 1, 2 and 3); Zhao Ziqiang (Chapter 4, 5 and 6); Li Zhixiang (Cha

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Preface前言
Chapter 1Introduction绪论1
11General Information机械总论2
12Teaching Content and Object of the Course机械原理课程的研究对象与内容6
13Purpose of This Course学习机械原理课程的目的8
Chapter 2Structural Analysis of Planar Mechanisms平面机构的结构分析11
21Kinematic Chain and Mechanisms运动链与机构12
22Kinematic Diagram of Mechanisms机构运动简图16
23Degree of Freedom of Mechanisms机构自由度的计算22
24Mechanism Analysis and Innovation机构分析与创新30
Chapter 3Kinematic Analysis of Planar Mechanisms平面机构的运动分析41
31Introduction 平面机构运动分析概述42
32Velocity Analysis with Instantaneous Center用速度瞬心法对机构进行速度分析44
33Kinematic Analysis by Graphical Method用相对运动图解法对机构进行运动分析48
34Kinematic Analysis by Analytical Method用解析法对机构进行运动分析60
Chapter 4Force Analysis of Planar Mechanisms平面机构的力分析67
41Introduction平面机构力分析概述68
42Force Analysis Including Inertia Forces in Mechanisms计入惯性力的机构力分析68
43Force Analysis Including Friction in Mechanisms计入摩擦的机构力分析76
44Friction and Design of Selflocking Mechanisms摩擦与自锁机构的设计88
Chapter 5Synthesis of Planar Linkages平面连杆机构及其设计95
51Characteristics and Types of Planar Linkages平面连杆机构的特点与基本型式96
52Fundamental Features of Fourbar Linkages平面连杆机构的基本性质104
53Synthesis of FourBar Linkages平面连杆机构的设计112
54Introduction of Compliant Mechanisms柔顺机构概述134
55Introduction of Biomechanisms仿生机构概述146
Chapter 6Design of Cam Mechanisms凸轮机构及其设计165
61Introduction凸轮机构概述166
62Basic Types of Follower Motion and Design从动件的运动规律及其设计172
63Cam Profile Synthesis凸轮轮廓曲线的设计184
64Sizes of Cam Mechanisms凸轮机构基本尺寸的设计192
65ComputerAided Design of Cam Mechanisms计算机辅助凸轮设计198
目录Theory of Machines and Mechanisms (Bilingual)Chapter 7Design of Gear Mechanisms齿轮机构及其设计205
71Classification of Gear Mechanisms齿轮机构的分类206
72Fundamental Law of Gearing齿廓啮合基本定律208
73Involute Properties and Involute Tooth Profiles渐开线齿廓及其啮合特点210
74Nomenclatures of Standard Spur Gear and Gear Sizes
渐开线标准直齿圆柱齿轮的基本参数和几何尺寸214
75Meshing Drive of Standard Spur Gears渐开线直齿圆柱齿轮机构的啮合传动220
76Forming and Undercutting of Gear Teeth渐开线圆柱齿轮的加工及其根切现象230
77Nonstandard Spur Gears变位齿轮概述236
78Parallel Helical Gears平行轴斜齿圆柱齿轮机构240
79Worm and Worm Gears蜗杆传动机构248
710Bevel Gears锥齿轮机构254
Chapter 8Design of Gear Trains轮系及其设计261
81Classification of Gear Trains轮系及其分类262
82Ratio of Ordinary Gear Trains定轴轮系传动比的计算264
83Ratio of Epicyclic Gear Trains周转轮系传动比的计算270
84Ratio of Combined Gear Trains混合轮系传动比的计算274
85Some Considerations for Design of Planetary Gear Train周转轮系设计中的若干问题278
86Introduction of Miscellaneous Planetary Gear Trains其他类型的周转轮系简介286
Chapter 9Introduction of Screws, Hooks Couplings and Intermittent Mechanisms
螺旋机构、万向联轴器和间歇运动机构简介293
91Screw Mechanisms螺旋机构294
92Universal Joints万向联轴器296
93Ratchet Mechanisms棘轮机构298
94Geneva Mechanisms槽轮机构302
95Indexing Cam Mechanisms凸轮式间歇运动机构306
96Intermittent Gear Mechanisms不完全齿轮机构308
Chapter 10Spatial Mechanisms and Robotic Mechanisms
空间连杆机构及机器人机构概述313
101Introduction of Spatial Mechanisms空间连杆机构概述314
102Introduction of Robotic Mechanisms机器人机构概述320
Chapter 11Design of Mechanism Systems机构系统设计327
111Introduction of Mechanism Systems机构系统设计概述328
112Harmonization Design of Mechanism Motions机构系统的运动协调设计330
113Combined Methods of Mechanism Systems机构系统的组合方法332
Chapter 12Fluctuation and Regulation in Speed of Machines
机械系统的运转及速度波动的调节341
121Operating Analysis of Machinery机械运转过程分析342
122Equivalent Kinetic Model of Mechanism Systems机械系统的等效动力学模型346
123Kinetic Equat

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