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This classic text discusses the use of advanced surface science characterization techniques in friction， adhesive and abrasive wear， boundary lubrication， contact fatigue， and other important failure processes. Surface characterization of bearings， gears， seals， and other manufactured rolling and sliding surfaces are increasingly routine in advanced quality control of processes and in the manufacture of precision components. This book is an indispensable asset to scientists and engineers using tribological characterization techniques.
目次
Preface to the Second Edition
Preface to the Reissue ofthe Materials Characterization Series
Preface to Series
Preface to the Reissue of Characterization of Tribological Materials
Preface
Acronyms
Contributors
INTRODUCTION
THE ROLE OF ADHESION IN WEAR
2.1 Introduction
2.2 ConsiderationsforExperiments
Background 12, MacroscopicExperiments 13, AtomicLevel
Experiments 15, MicroscopicContacts
2.3 Theoretical Considerations at the Atomic Level
BackgroundforTheory 17, UniversalBindingEnergyRelation 19, Preface to the Second Edition Preface to the Reissue ofthe Materials Characterization Series Preface to Series Preface to the Reissue of Characterization of Tribological Materials Preface Acronyms Contributors INTRODUCTION THE ROLE OF ADHESION IN WEAR 2.1 Introduction 2.2 ConsiderationsforExperiments Background 12, MacroscopicExperiments 13, AtomicLevel Experiments 15, MicroscopicContacts 2.3 Theoretical Considerations at the Atomic Level BackgroundforTheory 17, UniversalBindingEnergyRelation 19, SemiempiricalMethods 2.4 Conclusions References FRICTION 3.1 Introduction 3.2 SlidingFriction Basic Concepts 28, TheDualNature of FrictionalProcess 29, Phenomenology of Friction Process 30, RealArea ofContact 33, Adhesion Component ofFriction 38, Thelnterface Shear Stress 40, DeformationComponentofFriction 40, Viscoelastic ComponentofFriction 43, FrictionUnderBoundaryLubrication Conditions 45, PhenomenaAssociatedwithFriction 3.3 RollingFriction ReviewofRollingFrictionHypotheses 51, FreeRolling 3.4 ExceptionalFrictionProcesses 3.5 Conclusions References ADHESIVE WEAR 4.1 Introduction 4.2 SurfaceAnalysis 4.3 Auger Analysis ofWorn Surfaces After Unlubricated Wear 4.4 In Situ Systems 4.5 Conclusions References ABRASIVE WEAR 5.1 AbrasiveAsperitiesandGrooves 5.2 YieldCriterionofanAbrasiveAsperity AbrasiveWear Mode Diagram 5.3 Degree ofWear at OneAbrasive Groove 5.4 MacroscopicWearinMultipleAbrasiveSlidingContacts References BOUNDARY LUBRICATION 6.1 Introduction 6.2 MechanicaIEffectsin Lubrication 6.3 Adequacy ofHydrodynamic Fluid Films 6.4 ChemicalEffectsinLiquidLubrication_BoundaryLubrication 6.5 Wear and Failure 6.6 Researchin BoundaryLubrication ……
Preface to the Reissue ofthe Materials Characterization Series
Preface to Series
Preface to the Reissue of Characterization of Tribological Materials
Preface
Acronyms
Contributors
INTRODUCTION
THE ROLE OF ADHESION IN WEAR
2.1 Introduction
2.2 ConsiderationsforExperiments
Background 12, MacroscopicExperiments 13, AtomicLevel
Experiments 15, MicroscopicContacts
2.3 Theoretical Considerations at the Atomic Level
BackgroundforTheory 17, UniversalBindingEnergyRelation 19, Preface to the Second Edition Preface to the Reissue ofthe Materials Characterization Series Preface to Series Preface to the Reissue of Characterization of Tribological Materials Preface Acronyms Contributors INTRODUCTION THE ROLE OF ADHESION IN WEAR 2.1 Introduction 2.2 ConsiderationsforExperiments Background 12, MacroscopicExperiments 13, AtomicLevel Experiments 15, MicroscopicContacts 2.3 Theoretical Considerations at the Atomic Level BackgroundforTheory 17, UniversalBindingEnergyRelation 19, SemiempiricalMethods 2.4 Conclusions References FRICTION 3.1 Introduction 3.2 SlidingFriction Basic Concepts 28, TheDualNature of FrictionalProcess 29, Phenomenology of Friction Process 30, RealArea ofContact 33, Adhesion Component ofFriction 38, Thelnterface Shear Stress 40, DeformationComponentofFriction 40, Viscoelastic ComponentofFriction 43, FrictionUnderBoundaryLubrication Conditions 45, PhenomenaAssociatedwithFriction 3.3 RollingFriction ReviewofRollingFrictionHypotheses 51, FreeRolling 3.4 ExceptionalFrictionProcesses 3.5 Conclusions References ADHESIVE WEAR 4.1 Introduction 4.2 SurfaceAnalysis 4.3 Auger Analysis ofWorn Surfaces After Unlubricated Wear 4.4 In Situ Systems 4.5 Conclusions References ABRASIVE WEAR 5.1 AbrasiveAsperitiesandGrooves 5.2 YieldCriterionofanAbrasiveAsperity AbrasiveWear Mode Diagram 5.3 Degree ofWear at OneAbrasive Groove 5.4 MacroscopicWearinMultipleAbrasiveSlidingContacts References BOUNDARY LUBRICATION 6.1 Introduction 6.2 MechanicaIEffectsin Lubrication 6.3 Adequacy ofHydrodynamic Fluid Films 6.4 ChemicalEffectsinLiquidLubrication_BoundaryLubrication 6.5 Wear and Failure 6.6 Researchin BoundaryLubrication ……
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