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 …

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 …

Gear tooth flank dry-cutting was beget with emergent and disruptive NC technology. This
new technology is enabling ever-higher levels of production efficiency and sustainability. It …

Collaborative optimization considering complex meshing interface physical performance
evolution is always an important challenge for designer in recent field of spiral bevel gears …

Focusing on the collaborative manufacturing requiring meshing interface physical
performances, an innovative Top-Rem grinding tool modification considering loaded edge …

The tooth flank collaborative optimization considering both geometric and loaded contact
performances is an increasingly significant target in design and manufacturing for spiral …

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 …

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 …

Microgeometry optimization has become an important phase of gear design that can
remarkably enhance gear performance. For spiral bevel and hypoid gears, microgeometry is …