Computerized Design and Generation of Gear Drives With a Localized BearingContact and a Low Level of Transmission Errors

摘要

A general approach developed for the computerized simulation of loaded geardrives is presented. In this paper, the methodology used to localize the bearing contact, provide a parabolic function of transmission errors, and simulate meshing and contact of unloaded gear drives is developed. The approach developed is applied to spur and helical gears, spiral bevel gears, face-gear drives, and worm-gear drives with cylindrical worms.