Gear drive systems: design and application
Gear drive systems: design and application
Pages: 500



Contents:
Types of Gear Drives: Arrangements, Tooth Forms
Physical Arrangement Gear Ratio Torque Loading Efficiency
Space and Weight Limitations Physical Environment References1
Gear Tooth Design 21
The Involute Curve Gear Tooth Definitions Gear Tooth Generation
Gear Teeth in Action Rolling and Sliding Velocities Helical Gears
Internal Gears Measurement Over Balls or Wires Engineering
Drawing Format Spline Design References
Tooth Loads Strength Rating Bending Stress Rating
Durability Rating Compressive Stress Rating AGMA Standards
for Enclosed Drive Ratings High-Speed Gearing API Standard
Sample Rating Case Scoring Flash Temperature Index
Scoring Criterion Number Minimum Film Thickness Criterion
Shaft Rating Shaft Stresses Keyways Spline Rating References
Bearings and Seals 145
Bearings Seals References
Lubrication Systems 213
Viscosity Index Pour Point Gear Lubricants Rust- and Oxidation-Inhibited Oils Extreme Pressure Gear Lubricants
Synthetic Lubricants Lubricant Viscosity Selection Types of Lubrication Systems Pumps Filtration Coolers Oil Reservoir
Breather (Vent) Piping References
Gearbox Rating 93
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