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 …

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 …

A penetration-based gear contact model for accurate and numerically efficient tooth contact
analysis of spiral bevel gears is used to investigate the simulation of gear alignment errors …

To distinguish with the conventional tooth flank grinding only considering geometric
accuracy, an innovative digital twin modeling is proposed for loaded contact pattern based …

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 …

Loaded tooth contact analysis (LTCA) is an important tool for analyzing the meshing of spiral
bevel gears. This paper presents a semi-analytical LTCA method, where the analytical …

In order to meet demands of low noise and strong strength from their transmission of spiral
bevel gears, loaded tooth contact analysis (LTCA) technique has become an increasingly …

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 …

It is very different with the recent tooth flank grinding, an innovative collaborative
optimization considering both geometric accuracy and local bearing contact evaluations is …

Loaded tooth contact analysis (LTCA) has always been a significant contact mechanical
performance optimization technique for spiral bevel and hypoid gears. To distinguish with …