Proactive Maintenance for Mechanical Systems (eBook)
346 Seiten
Elsevier Science (Verlag)
978-1-4832-9259-5 (ISBN)
Written by Dr. E.C. Fitch, the book contains over 340 double column pages which include 400 figures and tables, a comprehensive bibliography, and index. There is no root cause of mechanical failure, known to the author, that has been ignored or left out. Nowhere in the world is this information put together in such a concise and comprehensive manner, and the book will serve as a reference and guide to designers, practising engineers, maintenance technicians, plant managers and operators who must design, maintain and operate fluid-dependent mechanical systems.
Front Cover 1
Proactive Maintenance for Mechanical Systems 2
Copyright Page 3
Table of Contents 6
Preface 4
Chapter 1. Maintenance Technology 8
1.0 Machine Failure 8
1.1 Maintenance Strategies 12
1.2 Preventive Maintenance 12
1.3 Predictive Maintenance 14
1.4 Proactive Maintenance 20
1.5 Root Causes of Failure 21
Chapter 2. Contamination Stability 26
2.0 Contaminants 26
2.1 Material Contaminants 27
2.2 Contaminant Analysis 29
2.3 Contaminant Exclusion Stability 35
2.4 Fluid Filtration Stability 43
2.5 Contaminant Level Reference State 55
2.6 Component Contaminant Sensitivity 60
2.7 Contamination Stability 66
Chapter 3. Leakage Stability 68
3.0 Leakage 68
3.1 Leakage Recognition 70
3.2 Leakage Sources 75
3.3 External Leakage Sites 77
3.4 Internal Leakage Sites 99
Chapter 4. Fluid Chemical Stability 106
4.0 Fluid Stability 106
4.1 Stability Indicators 108
4.2 Oxidation Stability 109
4.3 Hydrolytic Stability 113
4.4 Material Stability 115
4.5 Anti-Rust/Corrosion Stability 119
4.6 Radiation Stability 120
4.7 Thermal Stability 122
4.8 Lubricity Stability 124
4.9 Antiwear Stability 125
4.10 Infrared Spectral Stability 131
Chapter 5. Fluid Physical Stability 134
5.0 Physical Properties 134
5.1 Viscosity Stability 135
5.2 Bulk Modulus 140
5.3 Density/Specific Gravity Stability 144
5.4 Surface Tension Stability 146
5.5 Vapor Pressure/Volatility Stability 148
5.6 Aeration Stability 149
5.7 Water Content Stability 157
5.8 Low Temperature Stability 160
5.9 Obliteration Stability 161
5.10 Dielectric Stability 162
5.11 Heat Transfer Stability 165
5.12 Particle Contamination Stability 167
5.13 Flammability Stability 168
5.14 Toxicity 172
Chapter 6. Cavitation Stability 176
6.0 Cavitation Mechanics 176
6.1 Gaseous Cavitation 178
6.2 Vaporous Cavitation 179
6.3 Cavitation Overview 181
6.4 Reservoir Design Technology 183
6.5 Suction Line Hydraulics 185
6.6 Control Valve Effects 191
6.7 Cavitation in Actuators 194
6.8 Cavitation in Other Components 195
6.9 Cavitation Damage 196
6.10 Cavitation Inception 197
Chapter 7. Temperature Stability 200
7.0 Temperature Extremes 200
7.1 Low Temperature Effects 201
7.2 High Temperature Effects 203
7.3 Cause of Overheating 214
7.4 Cures for Overheating 218
7.5 Heat Dissipation 219
7.6 High Temperature Overview 222
Chapter 8. Wear Stability 224
8.0 Tribological Wear 224
8.1 Abrasion Wear 225
8.2 Adhesion Wear 230
8.3 Surface Fatigue Wear 235
8.4 Delamination Wear 240
8.5 Fretting Wear 244
8.6 Erosion Wear 248
8.7 Cavitation Wear 251
8.8 Corrosion Wear 254
8.9 Hydrogen-Induced Wear 258
8.10 Electrokinetic Wear 261
8.11 Radiation Wear 263
Chapter 9. Mechanical Stability 268
9.0 Stability Factors 268
9.1 Mechanical Static Loads 269
9.2 Mechanical Dynamic Loads 274
9.3 Elastic Deflection 281
9.4 Elastic Buckling 282
9.5 Plastic Deformation 283
9.6 Material Creep 284
9.7 Material Fracture 285
9.8 Fatigue Fracture 286
9.9 Material Failure 289
9.10 Component Failures 290
Chapter 10. The Proactive Approach 294
10.0 Maintenance Strategies 294
10.1 System Monitoring 296
10.2 Duty Cycle Severity 299
10.3 Conditional Failure Identification 302
10.4 Knowledge-Based Maintenance 303
10.5 System Diagnosis 305
10.6 Fluid System Diagnosis 307
10.7 System Prognosis 312
10.8 Prescriptive Action 312
10.9 Weak Points of Systems 313
10.10 Proactive vs. Reactive 319
10.11 Getting Started 322
10.12 Rewards of Proactive Maintenance 324
Bibliograpy 326
Index 340
| Erscheint lt. Verlag | 22.10.2013 |
|---|---|
| Sprache | englisch |
| Themenwelt | Technik ► Bauwesen |
| Technik ► Elektrotechnik / Energietechnik | |
| Technik ► Maschinenbau | |
| Wirtschaft ► Betriebswirtschaft / Management ► Unternehmensführung / Management | |
| ISBN-10 | 1-4832-9259-2 / 1483292592 |
| ISBN-13 | 978-1-4832-9259-5 / 9781483292595 |
| Haben Sie eine Frage zum Produkt? |
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