Scott Wear

Treatise on Materials Science and Technology, Vol. 13
1. Auflage 2013
ISBN: 978-1-4832-1822-9
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 516 Seiten, Web PDF

Treatise on Materials Science and Technology, Volume 13: Wear provides a state of the art review of wear to form a basis for all future work on the subject and to be a standard work for all in the field. The book discusses the theories of wear and their significance for engineering practice; the wear of polymers; and the wear of carbons and graphites. The text also describes scuffing with regard to its physical manifestations, its importance in practice, theoretical interpretations advanced to describe and explain its occurrence. Abrasive wear; fretting; erosion caused by impact of solid particles; rolling contact fatigue; wear resistance of metals; and wear of metal-cutting tools are also looked into. Research workers, academic personnel, and students, as well as to tribologists, designers, practicing engineers, material scientists, physicists, chemists, and petroleum technologists will find the book invaluable.

Autoren/Hrsg.

Scott, Douglas

Inhaltsverzeichnis

1;Front Cover
;1
2;Wear;4
3;Copyright Page
;5
4;Table of Contents
;6
5;List of Contributors;10
6;Foreword;12
7;Preface;14
8;Contents of Previous Volumes;16
9;Chapter 1. Theories of Wear and Their Significance

for Engineering Pracfice;20
9.1;I. Introduction;21
9.2;II. Wear in Vacuum or Inert Gases;38
9.3;III. Wear in Air without Deliberate Lubrication;45
9.4;IV. Wear of Lubricated Systems;72
9.5;V. Elastohydrodynamic Conditions;77
9.6;VI. General Remarks;84
9.7;References;95
10;Chapter 2.

The Wear of Polymers;104
10.1;I. Introduction;105
10.2;II. Materials;106
10.3;II.. Friction
;110
10.4;IV. Wear Testing;113
10.5;V. Abrasion;116
10.6;VI. Fatigue;123
10.7;VII. Adhesion
;127
10.8;VIII. Composites;134
10.9;IX. Lubrication;143
10.10;X. Applications;147
10.11;References;153
11;Chapter 3.

The Wear of Carbons and Graphites;160
11.1;I. Introduction;160
11.2;II. Materials;161
11.3;II.. Friction
;164
11.4;IV. Wear;171
11.5;V. Electrical Contacts;178
11.6;VI. Bearings and Seals;184
11.7;VII. Carbon-Carbon Combinations;186
11.8;VIII. Summary;189
11.9;References;190
12;Chapter 4. Scuffing
;194
12.1;I. Introduction;195
12.2;II. Definitions;195
12.3;.II
. Physical Manifestations of Scuffing;196
12.4;IV. The Practical Importance of Scuffing;201
12.5;V. Factors Affecting Scuffing;204
12.6;VI. Empirical Criteria for Scuffing;207
12.7;VII. Screening Tests for Scuffing;217
12.8;VIII. The Mechanism of Scuffing;217
12.9;Acknowledgments;231
12.10;Appendix: The Hydrodynamic Minimum in the Curve

of Failure Load Against Sliding Speed;231
12.11;References;232
13;Chapter 5. Abrasive Wear
;236
13.1;I. Introduction;236
13.2;II. Validity of a Simple Model of Abrasive Wear;240
13.3;III. Mechanisms of Material Removal;247
13.4;IV. Variables Influencing Abrasive Particle Contact;256
13.5;V. Concluding Remarks;272
13.6;References;272
14;Chapter 6. Fretfing
;278
14.1;I. Introduction;278
14.2;II. Effect of Variables
;284
14.3;III. Fretting in Aqueous Electrolytes;293
14.4;IV. Mechanism of Fretting Wear;295
14.5;V. Preventive Measures;300
14.6;VI. Conclusion;303
14.7;References;304
15;Chapter 7. Erosion Caused by Impact of Solid Particles
;306
15.1;I. Introduction;306
15.2;II. Types of Erosion Test;307
15.3;III. Aerodynamic Effects;311
15.4;IV. The Impacting Particles;314
15.5;V. The Impact Parameters;318
15.6;VI. The Target Material;325
15.7;VII. Mechanisms of Erosion;326
15.8;List of Symbols;336
15.9;References;336
16;Chapter 8. Rolling Contact Fatigue
;340
16.1;I. Introduction;340
16.2;II
. Theoretical Considerations;341
16.3;III. Material Requirements for Rolling Elements;343
16.4;IV. Effect of Load and Geometry on Rolling Contact Fatigue
;345
16.5;V. Effect of Material Properties on Rolling Contact Fatigue
;346
16.6;VI. Effect of the Lubricant on Rolling Contact Fatigue;357
16.7;VII. Effect of Environment;360
16.8;VIII. Effect of Temperature;363
16.9;IX. Mechanism of Failure;364
16.10;X. Failure Detection;371
16.11;References;373
17;Chapter 9.

Wear Resistance of Metals;382
17.1;I. Introduction;382
17.2;II. Wear in Industry;386
17.3;III. Surface Treatments Used to Reduce Wear;433
17.4;References;460
18;Chapter 10.

Wear of Metal-Cutting Tools;462
18.1;I. Introduction;462
18.2;II. Metal-Cutting Operations;463
18.3;III. Descriptive Treatment of Tool Wear Phenomena;465
18.4;IV. Conditions at the Tool/Work Interface;469
18.5;V. Cutting Tool Wear;483
18.6;VI. Interfacial Layers;502
18.7;VII. Other Tool Materials;505
18.8;References;507
19;Index
;510