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 …

A data-driven optimization model to collaborative manufacturing system considering
geometric and physical performances is proposed to improve competitiveness of hypoid …

This paper presents a novel methodology to restore the designed functional properties of
hypoid gear sets whose teeth deviate from their theoretical models due to inevitable …

This article proposes a method to analyze and compensate geometric errors of six-axis CNC
grinding machines for spiral bevel gears. Volumetric error prediction and compensation …

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 …

With the increasing demands of low noise and high strength from industry applications for
spiral bevel and hypoid gears, it is significant to consider the tooth contact performances …

In complex multi-stage transmission system especially for the helicopter zerol spiral bevel
gears, the loaded transmission error (LTE) is a primary source of noise and vibration, and …

Hypoid gears are widely used in transmission systems, which demands low noise and high
strength for their hypoid gears. To meet those demands, it is significant to consider the …

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 …