Shaft misalignment and sliding friction between meshing teeth are considered as primary
excitation to generate vibrations and extra dynamic loads on transmitting gear teeth. Time …

Angular misalignment is a common fault in gearbox manufacturing and installation, which
directly affects the meshing characteristics of the gear pair. Tooth axial modification is …

Assembly errors can lead to the eccentricity of rotors, further resulting in angular
misalignment of rotors and inducing some secondary misalignments, such as the angular …

Failure in gears, transmission shafts and drivetrains is very critical in machineries such as
aircrafts and helicopters. Real time condition monitoring of these components, using …

The effect of gear contact state change due to shaft misalignment on meshing stiffness is
usually neglected in the traditional stiffness calculation model with misalignment error, the …

Parallel and angular gear misalignments reduce effective contact area and increase contact
stresses, which in turn accelerate gear surface fatigue failure. In the present study …

This paper concentrates on the effects of misalignment on meshing behaviour of acetal
gears as hardly any misalignment investigations on polymer gears in the existing literature …

Premature wear, fatigue and other failures caused by non-linear vibration are one of the key
problems of aerodynamic power transmission in spline coupling which maybe suffer from …

Assembly errors may change contact state of gear pairs, then induce failure and vibration.
To reveal the effects of assembly errors and tooth modification on the meshing …

Misalignment errors (MEs) in multiple degrees of freedom (multi-DOFs) at the mesh position
will lead to a change in the time-varying mesh stiffness (TVMS) and then affect the dynamic …