Contact pressure and load distribution are key indices used in the performance evaluation of
spiral bevel gears, and their calculation accuracy and efficiency continue to be the focus of …

In this study, an optimization methodology is presented to systematically define head-cutter
geometry and machine tool settings to introduce optimal tooth modifications in face-hobbed …

The paper proposes an efficient and accurate analytical calculation model of time-varying
mesh stiffness (TVMS) for the spiral bevel gear. Firstly, an enhanced numerical loaded tooth …

Accurate and rapid calculation of nonlinear excitation (NE) and loaded mesh characteristics
(LMC) of gear pairs is a key to achieving rapid iterative optimization of gear system designs …

Abstract Machine-tool setting modification for spiral bevel and hypoid gears has been
continually demanding more strength and less noise in terms of tooth contact performance …

An analytical model that allows for a computationally efficient analysis of face-milled spiral
bevel gears, is presented. The methodology builds on the consideration that the mating …

A novel multi-objective correction of machine settings correlating to the loaded tooth contact
performance is proposed by nonlinear interval optimization algorithm for spiral bevel gears …

In this paper a multi-objective optimization method of hypoid gears correlating to the
operating characteristics is presented. Optimal design of hypoid gears demands that …

In design and manufacturing for the spiral bevel and hypoid gear, the cutter geometric errors
(CGEs) is one of main factors affecting tooth flan flank form error. To get an accurate and …

Abstract Machine setting modification especially considering the tooth contact performance
is always vital to design and manufacture for the spiral bevel and hypoid gears. With the …