Wear of Metals

Content: 
MATERIALS SCIENCE AND TECHNOLOGY, Page ii
Front Matter, Page iii
Copyright, Page iv
Dedication, Page v
PREFACE, Page xv
CHAPTER 1 - INTRODUCTION, Pages 1-7
CHAPTER 2 - SURFACE TOPOGRAPHY, Pages 8-13
CHAPTER 3 - CONTACT OF SOLIDS, Pages 14-23
CHAPTER 4 - FRICTION, Pages 24-31
CHAPTER 5 - EFFECT OF SLIDING, Pages 32-41
CHAPTER 6 - MOLECULAR THEORY OF FRICTION AND WEAR, Pages 42-45
CHAPTER 7 - RUNNING-IN WEAR, Pages 46-48
CHAPTER 8 - ADHESIVE WEAR, Pages 49-58
CHAPTER 9 - OXIDATIONAL HYPOTHESIS OF WEAR, Pages 59-61
CHAPTER 10 - SURFACE CONTAMINANTS, Pages 62-68
CHAPTER 11 - ABRASIVE WEAR, Pages 69-73
CHAPTER 12 - WEAR DEBRIS, Pages 74-77
CHAPTER 13 - METAL TRANSFER, Pages 78-81
CHAPTER 14 - SURFACE AND SUBSURFACE, Pages 82-84
CHAPTER 15 - TEMPERATURE AND SPEED, Pages 85-89
CHAPTER 16 - SOLUBILITY, Pages 90-92
CHAPTER 17 - CRYSTAL STRUCTURE, Pages 93-95
CHAPTER 18 - ROLLING RESISTANCE, Pages 96-104
CHAPTER 19 - WEAR UNDER ROLLING CONTACT, Pages 105-109
CHAPTER 20 - POLYMERS, Pages 110-115
CHAPTER 21 - FRETTING, Pages 116-122
CHAPTER 22 - EXAMPLES OF TRIBOLOGICAL COMPONENTS, Pages 123-130
CHAPTER 23 - WEAR OF BRASS, Pages 131-136
CHAPTER 24 - FRICTION AND WEAR OF GRAPHITE AND CARBIDE, Pages 137-139
CHAPTER 25 - WEAR OF CAST IRON, Pages 140-147
CHAPTER 26 - WEAR OF ALUMINIUM-SILICON ALLOYS, Pages 148-153
CHAPTER 27 - DESIGN FOR WEAR RESISTANCE, Pages 154-159
INDEX, Pages 161-164