Kinematics of a Planetary Train with Elliptical Gears with Internal Gearing
A. A. Prikhod’ko, A.I. Smelyagin
Abstract
This article considers the kinematic study of a planetary train for converting rotary motion to recurrent-rotary ensured by means of elliptical gears. Centroids of noncircular gears with inner teeth engaged with elliptical gears are drawn for various interaxial distances. The planetary train with a noncircular gear is exposed to kinematic analysis, which allows finding the functions of the position, velocity analogs, and accelerations of the output shaft of the mechanism.
Topics & Concepts
KinematicsMechanism (biology)Position (finance)Gear trainEngineeringMechanical engineeringSpiral bevel gearPhysicsClassical mechanicsQuantum mechanicsFinanceEconomicsMechanics and Biomechanics StudiesGear and Bearing Dynamics AnalysisMechanical Engineering and Vibrations Research