Tribology Data Handbook: An Excellent Friction, Lubrication, and Wear Resource

Lubricant Properties Typical Lubricating Oil Properties Comparison of Properties of Synthetic Fluids Polyalphaolefins Organic Esters Polyalkylene Glycols Phosphate Esters Silicones Perfluoroalkylpolyethers Polychlorotrifluoroethylenes Polybutenes Vegetable Oils: Structure and Performance Additives Greases Solid Lubricants Viscosity of Liquids, Aqueous Solutions, and Liquid Metals Gas Properties Typical Lubrication Specifications for Equipment Comparison of Viscosity Classifications Military Specifications Air Compressor Lubrication Automatic Transmission Fluids Automotive Engine Lubricants Diesel Engine Lubricants Electric Motors and Generators Hydraulic and Turbine Oils Marine Diesel Engines Railroad Diesel Engines Slideways Industrial Application Processes Aluminum Production Equipment Farm and Off-Highway Machinery Food Industry Lubrication Forest and Paper Products Machine Tools Mining Excavation Equipment Lubricant Guidelines Refrigeration and Air Conditioning Lubricants Space and High Vacuum Lubricants Steel Industry Lubricant Guides Lubricant Application Systems Centralized Lubrication for Industrial Machines Oil Mist Circulating Oil Systems Friction, Wear, and Surface Characterization Surface Texture Typical Friction and Wear Data Friction and Wear Equations Generalized Wear Coefficients Friction Temperatures Boundary Lubrication Relations Lubricated Wear: Common Problems Material Properties Typical Properties of Sliding Contact Materials Rolling Element Bearing Materials Oil-Film Bearing Materials Mechanical Properties of Gear Materials Wear-Resistant Hard Materials Friction, Wear, and PV Limits of Polymers and Their Composites Properties of Advanced Ceramics Friction, Wear Tests of Advanced Ceramics Tribological Surface Modifications Tribological Surface Treatments and Coatings Friction and Wear of PVD/CVD Hard, Thin Coatings Bonded Solid Film Lubricants Component Performance and Design Data Fundamentals of Elastohydrodynamic Lubrication High Pressure Viscosity and EHL Pressure-Viscosity Coefficients Rolling-Bearings Performance and Design Data Journal Bearing Design and Analysis Design and Analysis of Hydrodynamic Slider Thrust Bearings Squeeze-Film Bearings Ring- and Wick-Oiled Starved Journal Bearings Porous Metal Bearings Dynamic Seals Gear Lubricant Selection and Application Brakes Piston Rings Magnetic Storage System Materials Metal Working Metal Removal: Fluid Selection and Application Guide Metal Forming Microbial Control of Coolants Additives for Metalworking Fluids Monitoring, Maintenance, Failure Patterns Elements of an Oil Analysis Program Wear Monitoring and Metal Analysis Laboratory Used Oil Analysis Methods Gas Turbine Engine Lubricant Monitoring and Analysis Automotive Engine Oil Life Factors Automotive Engine Oil Condition Monitoring Diesel Engine Used Oil Analysis Rotating Machinery Vibration and Condition Monitoring Ball and Roller Bearing Troubleshooting Gear Distress and Failure Modes Filtration and Particle Count Classifications Life of Oils and Greases Toxicology, Environment, Safety, and Health Toxicology, Environment, Safety, and Health Appendices Hardness Tables Viscosity Conversion Factors SI Unit Conversions Index