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《摩擦学原理（第5版）》反映了摩擦学研究进展以及作者和同事们从事该领域研究的成果，系统地阐述摩擦学的基本原理与应用，全面反映现代摩擦学的研究状况和发展趋势。 全书共22章，由润滑理论与润滑设计、摩擦磨损机理与控制、应用摩擦学等三部分组成。除摩擦学传统内容外，还论述了摩擦学与相关学科交叉而形成的研究领域。本书针对工程实际中各种摩擦学现象，着重阐述在摩擦过程中的变化规律和特征，进而介绍基本理论和分析计算方法以及实验测试技术，并说明它们在工程中的实际应用。 《摩擦学原理（第5版）》可作为机械设计与理论专业的研究生教材和高等院校机械工程各类专业师生的教学参考书，亦可供从事机械设计和研究的工程技术人员参考。

目录

Part OneLubrication Theory and Lubrication Design

Chapter 1Properties of lubrication film

1.1Lubrication states

1.2Density of lubricants

1.3Viscosity of fluids

1.4Non�睳ewtonian properties and rheological model

1.5Lubricant wettability

1.6Measurement and exchange of viscosity

References

Chapter 2Basic theory of hydrodynamic lubrication

2.1Reynolds equation

2.2Hydrodynamic lubrication

2.3Basic elasticity theory of contact problems

2.4Elastohydrodynamic lubrication (inlet analysis)

2.5Grease lubrication

2.6Elastohydrodynamic lubrication state diagrams

References

Chapter 3Numerical methods of lubrication calculation

3.1Numerical solutions of Reynolds equation

3.2Numerical solutions of energy equation

3.3Numerical solutions of elastohydrodynamic lubrication

3.4Multi�瞘rid level method used in lubrication problems

References

Chapter 4Lubrication design of typical mechanical elements

4.1Slider and thrust bearing

4.2Journal bearing

4.3Hydrostatic bearing

4.4Squeezing bearing

4.5Dynamic bearing

4.6Gas bearing

4.7Rolling contaet bearing

4.8Gear lubrication

4.9Cam lubrication

References

Chapter 5Lubrication of special fluid medias

5.1Magneto fluid lubrication

5.2Micro�瞤olar fluid lubrication

5.3Liquid crystal lubrication

5.4Double electric layer effect in water thin film lubrication

5.5Emulsion lubrication

References

Chapter 6Transformation of lubrication states and nano thin film lubrication

6.1Transformation of lubrication states

6.2Nano film lubrication of liquid

6.3Numerical analysis of thin film lubrication

6.4Nano film lubrication of gas

References

Chapter 7Boundary lubrication and additives

7.1Types of boundary lubrication

7.2Theory of boundary lubrication

7.3Additives of lubricant

References

Chapter 8Lubrication failure and mixed lubrication

8.1Influence of roughness and material visco�瞖lastic property on lubrication

failure

8.2Influence of fluid limiting shear stress on lubrication failure

8.3Influence of temperature on lubrication failure

8.4Mixed lubrication state

References

Part TwoFriction and Wear Mechanisms and Friction Control

Chapter 9Surface topography and surface contacts

9.1Parameters of surface topography

9.2Statistic parameters of surface topography

9.3Rough surface contacts

References

Chapter 10Soliding friction and its applications

10.1Basic characteristics of friction

10.2Macro friction theory

10.3Micro friction theory

10.4Sliding friction

10.5Other friction problems and friction control

References

Chapter 11Fretting friction and its applications

11.1Development and classification of fretting tribology

11.2Theory of fretting friction

11.3Approches of improving fretting performance

11.4Researches on the applications of fretting tribology

References

Chapter 12Rolling friction and its applications

12.1Basic theories of rolling friction

12.2Wheel�瞨ail rolling friction and thermal analysis

12.3Application of rolling friction theory in design of lunar rover

vehicle

References

Chapter 13Wear characteristics and mechanisms

13.1Wear classification

13.2Abrasive wear

13.3Adhesive wear

13.4Fatigue wear

13.5Corrosion wear

References

Chapter 14Macro wear laws and wear theories

14.1Materials of friction pair

14.2Curves of wear processes

14.3Surface quality and wear

14.4Adhesive wear theory

14.5Energy wear theory

14.6Spalling theory and fatigue wear theory

14.7Wear calculation

References

Chapter 15Anti�瞱ear designs and surface coatings

15.1Choice of lubricants and additives

15.2Principles of friction pair material choice

15.3Surface coatings

15.4Measurement of coating properties

References

Chapter 16Tribological experiments and state detection

16.1Methods and equipments of tribological experiments

16.2Measurement of wear

16.3State analysis of friction surface

16.4Detection of wear states

16.5Analysis of wear failure

References

Part ThreeApplied Tribology

Chapter 17Micro tribology

17.1Micro friction

17.2Micro contact and adhesive phenomena

17.3Micro wear

17.4Molecular film and boundary lubrication

References

Chapter 18Metal forming tribology

18.1Mechanics basics in forming technology

18.2Forge tribology

18.3Drawing tribology

18.4Milling tribology

18.5Cutting tribology

References

Chapter 19Biological tribology

19.1Fundamental of mechanics on biological soft tissue

19.2Characteristics of liquid lubricant of joints

19.3Men and animal joint lubrication

19.4Friction and wear of joint

19.5Study on other biological tribology

References

Chapter 20Space tribology

20.1Space machinery and features of space tribology

20.2Analysis of space tribological properties

20.3Space lubricants

20.4Features of space lubrication

20.5Accelerating life tests and equipments

References

Chapter 21Ocean tribology

21.1Ocean enriro ment and ocean tribology characteristics

21.2Systems and equipments in ocean tribology

21.3Tribology characteristics of ocean materials

21.4Derelopment trend of ocean tribology

References

Chapter 22MEMS tribology

22.1Tribological problems in MEMS

22.2Friction analysis of MEMS

22.3Study on micro�瞞otor friction

22.4Wear analysis of MEMS

References

Chinese�睧nglish List and Index

精彩书摘

第1篇润滑理论与润滑设计

第1章润滑膜特性

1.1润滑状态

润滑的目的是在相互摩擦表面之间形成具有法向承载能力而切向剪切强度低的稳定的润滑膜，用它来减少摩擦阻力和降低材料磨损。在现代工业中，用作润滑剂的流体种类繁多，除了最常用的润滑油和润滑脂之外，空气或气体润滑现在已相当普遍，用水或其他工业流体作为润滑剂也日益广泛，例如，在核反应堆里采用液态金属钠润滑。在某些场合也可以使用固体润滑剂，例如石墨、二硫化钼或聚四氟乙烯（PTFE）等。所以，润滑膜可以是液体或气体组成的流体膜，也可以是固体膜。根据润滑膜的形成原理和特征，润滑状态可以分为： ①流体动压润滑； ②流体静压润滑； ③弹性流体动压润滑（简称弹流润滑）； ④薄膜润滑； ⑤边界润滑； ⑥干摩擦状态等6种基本状态。表1��1列出了各种润滑状态的基本特 摩擦学原理（第5版）（配光盘） 电子书 下载 mobi epub pdf txt

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