Principles of Tribology 2nd Edition by Shizhu Wen, Ping Huang ISBN 9781119214892 1119214890

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ISBN 10: 1119214890
ISBN 13: 9781119214892
Author: Shizhu Wen, Ping Huang

Updated to include the timely and important topics of MEMS and rolling friction, Principles of Tribology is a compilation of current developments from tribology research, coupled with tribology fundamentals and applications. Essential topics include lubrication theory, lubrication design, friction mechanism, wear mechanism, friction control, and their applications. Besides classical tribology content, the book also covers intersecting research areas of tribology, as well as the regularities and characteristics of the tribological phenomena in practice. Furthermore, it presents the basic theory, numerical analysis methods and experimental measuring techniques of tribology as well as their application in engineering.  

• Newly expanded and updated to include new tribological material on MEMS and green tribology, its key concepts and applications
• Systematically brings the reader through fundamental theories, basic mechanisms through to the latest research
• Emphasizes practical tribological phenomena, supported by numerical analysis and experimental measurement techniques
• Discusses nano-tribology, thin film lubrication and its applications, topics which are growing in importance

A comprehensive look at the fundamentals and latest research, this second edition of Principles of Tribology is an essential textbook for graduate and senior undergraduate students specializing in tribology and related mechanical engineering fields

Principles of Tribology 2nd Edition Table of contents:

Part I: Lubrication Theory

Chapter 1: Properties of Lubricants

1.1 Lubrication States

1.2 Density of Lubricant

1.3 Viscosity of Lubricant

1.4 Non-Newtonian Behaviors

1.5 Wettability of Lubricants

1.6 Measurement and Conversion of Viscosity

References

Chapter 2: Basic Theories of Hydrodynamic Lubrication

2.1 Reynolds Equation

2.2 Hydrodynamic Lubrication

2.3 Elastic Contact Problems

2.4 Entrance Analysis of EHL

2.5 Grease Lubrication

References

Chapter 3: Numerical Methods of Lubrication Calculation

3.1 Numerical Methods of Lubrication

3.2 Numerical Solution of the Energy Equation

3.3 Numerical Solution of Elastohydrodynamic Lubrication

3.4 Multi-Grid Method for Solving EHL Problems

References

Chapter 4: Lubrication Design of Typical Mechanical Elements

4.1 Slider and Thrust Bearings

4.2 Journal Bearings

4.3 Hydrostatic Bearings

4.4 Squeeze Bearings

4.5 Dynamic Bearings

4.6 Gas Lubrication Bearings

4.7 Rolling Contact Bearings

4.8 Gear Lubrication

4.9 Cam Lubrication

References

Chapter 5: Special Fluid Medium Lubrication

5.1 Magnetic Hydrodynamic Lubrication

5.2 Micro-Polar Hydrodynamic Lubrication

5.3 Liquid Crystal Lubrication

5.4 Electric Double Layer Effect in Water Lubrication

References

Chapter 6: Lubrication Transformation and Nanoscale Thin Film Lubrication

6.1 Transformations of Lubrication States

6.2 Thin Film Lubrication

6.3 Analysis of Thin Film Lubrication

6.4 Nano-Gas Film Lubrication

References

Chapter 7: Boundary Lubrication and Additives

7.1 Types of Boundary Lubrication

7.2 Theory of Boundary Lubrication

7.3 Lubricant Additives

References

Chapter 8: Lubrication Failure and Mixed Lubrication

8.1 Roughness and Viscoelastic Material Effects on Lubrication

8.2 Influence of Limit Shear Stress on Lubrication Failure

8.3 Influence of Temperature on Lubrication Failure

8.4 Mixed Lubrication

References

Part II: Friction and Wear

Chapter 9: Surface Topography and Contact

9.1 Parameters of Surface Topography

9.2 Statistical Parameters of Surface Topography

9.3 Structures and Properties of Surface

9.4 Rough Surface Contact

References

Chapter 10: Sliding Friction and its Applications

10.1 Basic Characteristics of Friction

10.2 Macro-Friction Theory

10.3 Micro-Friction Theory

10.4 Sliding Friction

10.5 Other Friction Problems and Friction Control

References

Chapter 11: Rolling Friction and its Applications

11.1 Basic Theories of Rolling Friction

11.2 Applications of Rolling Tribology in Design of Lunar Rover

References

Chapter 12: Characteristics and Mechanisms of Wear

12.1 Classification of Wear

12.2 Abrasive Wear

12.3 Adhesive Wear

12.4 Fatigue Wear

12.5 Corrosive Wear

References

Chapter 13: Macro-Wear Theory

13.1 Friction Material

13.2 Wear Process Curve

13.3 Surface Quality and Wear

13.4 Theory of Adhesion Wear

13.5 Theory of Energy Wear

13.6 Delamination Wear Theory and Fatigue Wear Theory

13.7 Wear Calculation

References

Chapter 14: Anti-Wear Design and Surface Coating

14.1 Selection of Lubricant and Additive

14.2 Matching Principles of Friction Materials

14.3 Surface Coating

14.4 Coating Performance Testing

References

Chapter 15: Tribological Experiments

15.1 Tribological Experimental Method and Devices

15.2 Measurement of Wear Capacity

15.3 Analysis of Friction Surface Morphology

15.4 Wear State Detection

15.5 Wear Failure Analysis

References

Part III: Applied Tribology

Chapter 16: Micro-Tribology

16.1 Micro-Friction

16.2 Micro-Contact and Micro-Adhesion

16.3 Micro-Wear

16.4 Molecular Film and Boundary Lubrication

References

Chapter 17: Metal Forming Tribology

17.1 Mechanics Basis of Metal Forming

17.2 Forging Tribology

17.3 Drawing Tribology

17.4 Rolling Tribology

References

Chapter 18: Bio-Tribology

18.1 Mechanics Basis for Soft Biological Tissue

18.2 Characteristics of Joint Lubricating Fluid

18.3 Lubrication of Human and Animal Joints

18.4 Friction and Wear of Artificial Joint

18.5 Other Bio-Tribological Studies

Referencess

Chapter 19: Space Tribology

19.1 Features of Space Agency and Space Tribology

19.2 Analysis of Performances of Space Tribology

19.3 Space Lubricating Properties

References

Chapter 20: Tribology of Micro Electromechanical System

20.1 Introduction

20.2 Tribological Analysis Technique for MEMS

20.3 Tribological Study of a Micro Motor

20.4 Wear Analysis of MEMS

References

Chapter 21: Ecological Tribology

21.1 Zero Friction and Superlubrication

21.2 Green Lubricant

21.3 Friction-Induced Noise and Control

21.4 Remanufacturing and Self-Repairing

References

Index

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