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《高等学校规划教材·机械工程:机械制造工艺学(英文版)》由西北工业大学出版社出版。
目录
Chapter 1 Machining Process Planning
1.1 Basic Concepts
1.2 Analyzing Part Drawings
1.3 Process Selection
1.4 Dividing Processing Stages
1.5 Centralization and Decentralization of Operations
1.6 Datum Selection
1.7 Arrangement of Heat Treatment
1.8 Arrangement of Special Operations
1.9 Confirm and Calculate Operation Dimensions
Questions
Chapter 2 Manufacturing Accuracy
2.1 Introduction
2.2 Causes of Machining Errors
2.3 Ways to Confirm Errors
Questions
Chapter 3 Surface Quality
3.1 Basic Concepts
3.2 Surface Roughness
3.3 Surface State After Processing
3.4 Affection on Part Service
3.5 Grinding Surface Quality
3.6 Surface Peening
3.7 Vibrations in Machining
Questions
Chapter 4 Fixture Design
4.1 Overview of Fixture
4.2 Workpiece Locating
4.3 Workpiece Clamping
4.4 Typical Devices of Fixture
4.5 Fixtures of the Machine Tool and Design Features
4.6 Whole Design Process of Fixtures of Machine Tool
Questions
References
文摘
版权页：
Shot peening processing can not only significantly improve the fatigue strength of parts，but also can improve the corrosion resistance of parts.For example， aluminum andmagnesium alloy are generally resistant to seawater corrosion， but after shot peening， saltwater corrosion resistance ability can be improved one hundred times.
In addition， the shot peening process can also：
a.Improve the fatigue strength of plating parts.After plating the surface of steel parts，it is easy to produce residual tensile stress and reduce fatigue strength.So before or beforeand after the plating， shot peening can further improve the fatigue strength and corrosionresistance of the parts.
b.Remove harmful effects of residual tensile stress， cracks or grain boundary corrosionof the electrolytic， chemical milling， grinding machining parts， and produce residualcompressive stress.
c.Improve the fatigue strength of the steel by carburizing， nitriding or high—temperature heat treatment， reduce the chances of brittle fracture.The shot peeningcarburizes gear， which not only causes surface stress and improves surface hardness， butalso promotes the transformation of retained austenite in the surface layer.According totests， fatigue life of cyanide gear can be increased 12 times after shot peening.
《高等学校规划教材·机械工程:机械制造工艺学(英文版)》由西北工业大学出版社出版。
目录
Chapter 1 Machining Process Planning
1.1 Basic Concepts
1.2 Analyzing Part Drawings
1.3 Process Selection
1.4 Dividing Processing Stages
1.5 Centralization and Decentralization of Operations
1.6 Datum Selection
1.7 Arrangement of Heat Treatment
1.8 Arrangement of Special Operations
1.9 Confirm and Calculate Operation Dimensions
Questions
Chapter 2 Manufacturing Accuracy
2.1 Introduction
2.2 Causes of Machining Errors
2.3 Ways to Confirm Errors
Questions
Chapter 3 Surface Quality
3.1 Basic Concepts
3.2 Surface Roughness
3.3 Surface State After Processing
3.4 Affection on Part Service
3.5 Grinding Surface Quality
3.6 Surface Peening
3.7 Vibrations in Machining
Questions
Chapter 4 Fixture Design
4.1 Overview of Fixture
4.2 Workpiece Locating
4.3 Workpiece Clamping
4.4 Typical Devices of Fixture
4.5 Fixtures of the Machine Tool and Design Features
4.6 Whole Design Process of Fixtures of Machine Tool
Questions
References
文摘
版权页：
Shot peening processing can not only significantly improve the fatigue strength of parts，but also can improve the corrosion resistance of parts.For example， aluminum andmagnesium alloy are generally resistant to seawater corrosion， but after shot peening， saltwater corrosion resistance ability can be improved one hundred times.
In addition， the shot peening process can also：
a.Improve the fatigue strength of plating parts.After plating the surface of steel parts，it is easy to produce residual tensile stress and reduce fatigue strength.So before or beforeand after the plating， shot peening can further improve the fatigue strength and corrosionresistance of the parts.
b.Remove harmful effects of residual tensile stress， cracks or grain boundary corrosionof the electrolytic， chemical milling， grinding machining parts， and produce residualcompressive stress.
c.Improve the fatigue strength of the steel by carburizing， nitriding or high—temperature heat treatment， reduce the chances of brittle fracture.The shot peeningcarburizes gear， which not only causes surface stress and improves surface hardness， butalso promotes the transformation of retained austenite in the surface layer.According totests， fatigue life of cyanide gear can be increased 12 times after shot peening.
| ISBN | 9787561247204 |
|---|---|
| 出版社 | 西北工业大学出版社 |
| 作者 | 刘书暖 |
| 尺寸 | 16 |