SUMMARY
Gear windage loss refers to the power loss experienced due to the interaction of gears with lubricants in an oil/air atmosphere within a gearbox. This phenomenon is similar to the horsepower loss observed in internal combustion engines, where crankshaft windage can rob up to 15 horsepower due to the drag created by motor oil. Engineers, such as those from Chrysler, have developed solutions like windage trays to mitigate these losses. Accurate calculations of gear windage loss can be complex, as they involve fluid dynamics and the properties of a two-phase mixture of air and oil.
PREREQUISITES
- Understanding of gear mechanics and dynamics
- Familiarity with fluid dynamics principles
- Knowledge of lubricant properties, specifically viscosity and density
- Experience with internal combustion engine operation and performance metrics
NEXT STEPS
- Research methods to calculate gear windage loss in gearboxes
- Explore the design and function of windage trays in engine performance
- Study the effects of lubricant viscosity on power loss in mechanical systems
- Investigate advanced fluid dynamics simulations for two-phase mixtures
USEFUL FOR
Mechanical engineers, automotive engineers, and anyone involved in gearbox design and optimization will benefit from reading this discussion.