机械制造工艺学 英汉双语对照 [任小中，周近民]

机械制造工艺学 英汉双语对照
作者：任小中，周近民
出版时间： 2016年版
丛编项： 普通高等教育“十三五”规划教材
内容简介
　　本书是按照我国高等教育要与国际接轨，培养国际性复合型人才的要求，根据机械设计制造及其自动化专业“卓越工程师”培养方案和机械制造工艺学教学大纲，结合作者近年来在“双语教学示范课程”建设方面的实践与成果编著的英汉双语教材。本书内容包括绪论，机械制造工艺的基础知识，机械加工工艺规程的制订，典型零件加工，机床夹具设计，机械加工质量，机械装配工艺基础，现代制造工艺方法。
目录
Preface 前言
Introduction 绪论1
0.1Machine manufacturing industry and its position in national economy
机械制造业及其在国民经济中的地位2
0.2The development of machine manufacturing technology机械制造工艺的发展4
0.3Study objects and contents of machine manufacturing technology
机械制造工艺学的研究对象和内容8
0.4Features of this course and requirements for learners本课程的特点和学习要求10
Chapter 1Basic Knowledge of Manufacturing Technology机械制造工艺基础知识13
1.1Production procedures of mechanical products机械制造过程14
1.1.1Production procedures of mechanical products机械产品的生产过程14
1.1.2Machine manufacturing technological process机械制造工艺过程14
1.1.3Elements of the technological process工艺过程的组成14
1.1.4Production programs and production types生产纲领和生产类型18
1.2Manufacturing methods of machine parts机械零件的制造方法20
1.2.1Classification of part manufacturing methods零件制造方法分类20
1.2.2Machining methods机械加工方法20
1.3Installation methods of the workpiece工件的安装方法28
Case study案例研究32
Chapter 2Machining Process Planning机械加工工艺规程的制订35
2.1Concepts of process planning工艺规程制订的概念36
2.1.1The process rule and its functions工艺规程及其作用36
2.1.2Original information required in process planning制订工艺规程所需要的原始资料36
2.1.3Procedure of process planning制订工艺规程的步骤38
2.2Selection of location datums定位基准的选择42
2.2.1The datum and its classification基准及其分类42
2.2.2Selection of the location datum定位基准的选择44
2.3Drawing up the process route工艺路线的拟订52
2.3.1Selection of surface machining methods表面加工方法的选择52
2.3.2The division of machining stages加工阶段的划分56
2.3.3Process concentration and process dispersal工序集中与工序分散56
2.3.4Arrangement of operation sequence工序顺序的安排58
2.4Determination of machining allowance加工余量的确定60
2.4.1Concepts of machining allowance加工余量的概念60
2.4.2Factors of affecting machining allowance影响加工余量的因素64
2.4.3Methods to determine machining allowance确定加工余量的方法64
2.5Determination of the operation dimension and its tolerance工序尺寸及其公差的确定66
2.5.1Introduction概述66
2.5.2Dimension chains尺寸链68
2.5.3Calculation of dimension chains尺寸链的计算70
2.5.4Applications of the process dimension calculation工艺尺寸链的应用76
2.6Economic analysis of the technological process工艺过程的经济分析90
2.6.1Determination of the time rating时间定额的确定90
2.6.2Economic analysis of the process plan工艺方案的经济性分析92
Case study案例研究94
Chapter 3Machining of Typical Parts典型零件加工99
3.1Machining of the spindle of a lathe车床主轴的加工100
3.1.1Analysis of the technical requirements of the spindle主轴的技术要求分析100
3.1.2Machining process of the spindle主轴的加工工艺过程102
3.1.3Analysis of the machining process of the spindle主轴的加工工艺过程分析104
3.2Machining of a link rod连杆的加工108
3.2.1Analysis of the technical requirements of the link rod连杆的技术要求分析108
3.2.2Machining process of the link rod连杆的加工工艺过程110
3.2.3Analysis of the machining process of the link rod连杆的加工工艺过程分析110
3.3Machining of the rolling bearing rings滚动轴承内圈的加工118
3.3.1Main technical requirements of the rolling bearing rings滚动轴承内圈的主要技术要求118
3.3.2Machining process of the rolling bearing rings滚动轴承内圈的加工工艺过程120
3.3.3Analysis of the machining process of the ring内圈零件的加工工艺过程分析120
3.4Machining of gears齿轮的加工128
3.4.1Analysis of the technical requirements of gears齿轮的技术要求分析128
3.4.2Machining process of gears齿轮的加工工艺过程134
3.4.3Analysis of the machining process of gears齿轮的加工工艺过程分析134
Chapter 4Design Principles of Machine Tool’s Fixture机床夹具设计原理141
4.1Introduction to machine tool’s fixture机床夹具概述142
4.1.1Introduction to fixtures夹具概述142
4.1.2Classifications of fixtures夹具的分类142
4.1.3Functions and elements of fixtures夹具的功用和组成144
4.2Location of workpieces in fixtures工件在夹具中的定位148
4.2.1Location principles of workpieces工件定位原理148
4.2.2Locators定位元件152
4.2.3Analysis and calculation of location errors定位误差的分析与计算160
4.3Clamping of workpiece工件的夹紧170
4.3.1Clamping devices夹紧装置172
4.3.2Determination of clamping forces夹紧力的确定172
4.3.3Several common used clamping mechanisms几种常用的夹紧机构176
4.4Design of typical machine tool’s fixture典型机床夹具设计188
4.4.1Lathe fixtures车床夹具188
4.4.2Drilling jigs钻床夹具192
4.4.3Boring jigs镗床夹具200
4.4.4Milling machine fixture铣床夹具204
4.5Methods to design specialpurpose fixtures专用夹具的设计方法208
4.5.1Basic requirements for the design of specialpurpose fixtures专用夹具设计的基本要求208
4.5.2Approaches and procedures for the design of specialpurpose fixtures
专用夹具设计的方法和步骤210
4.5.3Technical requirements on the fixture assembly drawing夹具装配图上的技术要求212
4.5.4Example of specialpurpose fixture design专用夹具设计举例214
Case study案例研究216
Ⅹ Chapter 5Analysis and Control of Machining Quality机械加工质量分析与控制219
5.1Introduction概述220
5.1.1Introduction to the machining quality机械加工质量概述220
5.1.2Basic concepts of machining accuracy机械加工精度的基本概念220
5.1.3Basic concepts of surface qualities表面质量的基本概念222
5.2Factors of affecting machining accuracy影响加工精度的因素226
5.2.1Machining principle errors加工原理误差228
5.2.2Errors of the machine tool机床误差230
5.2.3Errors caused by elastic deformation of a process system工艺系统弹性变形引起的误差240
5.2.4Errors caused by thermal deformation of a process system工艺系统热变形引起的误差250
5.2.5Errors caused by internal stress of workpieces工件内应力引起的误差254
5.3Statistic analysis of machining errors加工误差的统计分析256
5.3.1Categories of machining errors加工误差的分类256
5.3.2Analytic method by distribution curve分布曲线分析法258
5.3.3Analytic method by point diagram点图分析法266
5.4Factors of influencing on surface quality影响表面质量的因素268
5.4.1Factors of influencing on surface roughness影响表面粗糙度的因素268
5.4.2Factors of influencing on physical and mechanical properties of surface layer
影响表面层物理力学性能的因素270
5.5Vibrations in the machining process机械加工过程中的振动274
5.5.1Introduction to vibration振动概述274
5.5.2Forced vibration in the machining process机械加工过程中的强迫振动274
5.5.3Selfexcited vibration in the machining process机械加工过程中的自激振动276
5.5.4Ways to control vibrations in the machining process控制机械加工振动的途径280
Case study案例研究282
Chapter 6Fundamentals of Machine Assembly Technology机械装配工艺基础286
6.1Introduction概述286
6.1.1Concept of assembly accuracy装配精度的概念286
6.1.2Factors of influencing on the assembly accuracy影响装配精度的因素288
6.1.3Relation of part accuracy to assembly accuracy零件加工精度与装配精度的关系290
6.2Assembly methods装配方法290
6.2.1Assembly dimension chain装配尺寸链290
6.2.2Interchangeable methods互换法294
6.2.3Selective assembly methods选择装配法300
6.2.4Individual fitting assembly methods修配法302
6.2.5Adjustment assembly methods调整法306
6.3Assembly process planning制订装配工艺规程310
6.3.1Major contents of assembly process regulation装配工艺规程的主要内容312
Ⅺ6.3.2Principles and original information required in assembly process planning
制订装配工艺规程的基本原则及所需要的原始资料312
6.3.3Approaches and procedures to assembly process planning制订装配工艺规程的方法与步骤312
Case study案例研究316
Chapter 7Advanced Manufacturing Technology先进制造工艺319
7.1Introduction概述320
7.2Ultraprecision machining technology超精密加工技术322
7.3Nanofabrication technology纳米制造技术326
7.4Highspeed machining technology高速加工技术330
7.5Modern nontraditional machining technology现代特种加工技术338
7.6Rapid prototyping & manufacturing technology快速原型制造技术350
References参考文献360