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Proactive Maintenance for Mechanical Systems - Second Edition

Title : Proactive Maintenance for Mechanical Systems - Second Edition
Author : Dr. E. C. Fitch
Publisher : Elsevier Science & Technology Books
ISBN : 1856171663
ISBN (13 digits) : 1856171663
Language : English
Format : Hardcover
Edition : 2
Print Year : 1992
Total Pages : 327
Availability : 5-8 days
Price : $178.00
Weight :  
 
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PRODUCT DESCRIPTION
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. Completed in the Spring of 1992, this book is rapidly increasing in popularity as more readers recognize that with proactive maintenance, failure avoidance, and a world-class maintenance program can truly be achieved. In proactive maintenance, key system parameters are monitored in order to establish the stability of critical operational factors called the "roots of failure." When these become unstable, action must taken before the onset of failure—hence the name "proactive maintenance." The book contains over 327 double-column pages which include 380 figures and tables, a comprehensive bibliography, and index. The first of its kind, this book is destined to change the way people think about machine maintenance and will open up new areas of technological discovery that will lead to World-Class Maintenance Programs.
 
REMARKS
Imprint: ELSEVIER ADVANCED TECHNOLOGY
 
TABLE OF CONTENT
Chapter 1 Maintenance Technology 1.0 Machine Failure 1.1 Maintenance Strategies 1.2 Preventive Maintenance 1.3 Predictive Maintenance 1.4 Proactive Maintenance 1.5 Root Causes of Failure Chapter 2 Contamination Stability 2.0 Contaminants 2.1 Material Contaminants 2.2 Contaminant Analysis 2.3 Contaminant Exclusion Stability 2.4 Fluid Filtration Stability 2.5 Contaminant Level Reference State 2.6 Component Contaminant Sensitivity 2.7 Contamination Stability Chapter 3 Leakage Stability 3.0 Leakage 3.1 Leakage Recognition 3.2 Leakage Sources 3.3 External Leakage Sites 3.4 Internal Leakage Sites Chapter 4 Fluid Chemical Stability 4.0 Fluid Stability 4.1 Stability Indicators 4.2 Oxidation Stability 4.3 Hydrolytic Stability 4.4 Material Stability 4.5 Anti-Rust/Corrosion Stability 4.6 Radiation Stability 4.7 Thermal Stability 4.8 Lubricity Stability 4.9 Antiwear Stability 4.9 Infrared Spectral Stability Chapter 5 Fluid Physical Stability 5.0 Physical Properties 5.1 Viscosity Stability 5.2 Bulk Modulus 5.3 Density/Specific Gravity Stability 5.4 Surface Tension Stability 5.5 Vapor Pressure/Volatility Stability 5.6 Aeration Stability 5.7 Water Content Stability 5.8 Low Temperature Stability 5.9 Obliteration Stability 5.10 Dielectric Stability 5.11 Heat Transfer Stability 5.12 Particle Contamination Stability 5.13 Flammability Stability 5.14 Toxicity Chapter 6 Cavitation Stability 6.0 Cavitation Mechanics 6.1 Gaseous Cavitation 6.2 Vaporous Cavitation 6.3 Cavitation Overview 6.4 Reservoir Design Technology 6.5 Suction Line Hydraulics 6.6 Control Valve Effects 6.7 Cavitation in Actuators 6.8 Cavitation in Other Components 6.9 Cavitation Damage 6.10 Cavitation Inception Chapter 7 Temperature Stability 7.0 Temperature Extremes 7.1 Low Temperature Effects 7.2 High Temperature Effects 7.3 Cause of Overheating 7.4 Cures for Overheating 7.5 Heat Dissipation 7.6 High Temperature Overview Chapter 8 Wear Stability 8.0 Tribological Wear 8.1 Abrasion Wear 8.2 Adhesion Wear 8.3 Surface Fatigue Wear 8.4 Delamination Wear 8.5 Fretting Wear 8.6 Erosion Wear 8.7 Cavitation Wear 8.8 Corrosion Wear 8.9 Hydrogen-Induced Wear 8.10 Electrokinetic Wear 8.11 Radiation Wear Chapter 9 Mechanical Stability 9.0 Stability Factors 9.1 Mechanical Static Loads 9.2 Mechanical Dynamic Loads 9.3 Elastic Deflection 9.4 Elastic Buckling 9.5 Plastic Deformation 9.6 Material Creep 9.7 Material Fracture 9.8 Fatigue Fracture 9.9 Material Failure 9.10 Component Failures Chapter 10 The Proactive Approach 10.0 Maintenance Strategies 10.1 System Monitoring 10.2 Duty Cycle Severity 10.3 Conditional Failure Identification 10.4 Knowledge-Based Maintenance 10.5 System Diagnosis 10.6 Fluid System Diagnosis 10.7 System Prognosis 10.8 Prescriptive Action 10.9 Weak Points of Systems 10.10 Proactive vs. Reactive Bibliography Index
 
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This product was added to our catalog on Thursday 15 November, 2007.
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