The fabricated stainless-steel housing provides a lightweight, high-temperature capability, improved life cycle cost, corrosion resistant approach to helicopter gearbox housing application. The thrust-carrying cylindrical roller bearing offers a viable solution for high-speed operation under load conditions that include both thrust and radial loads. The HCR buttress-tooth-form gearing demonstrated superior strength over the baseline standard spur tooth form regardless of material selection; also, CBS-600 is suitable gear material for high-temperature operation. This investigation presents the helicopter transmission designer with three advanced components to use as design options and an advanced hot-hardness gear material to use after its design allowables are established.
Overview of Advancements in Helicopter Transmission Design
1983
14 pages
Report
Keine Angabe
Englisch
Jet & Gas Turbine Engines , Industrial & Mechanical Engineering , Aircraft , Transmissions(Mechanical) , Helicopter engines , Helicopters , Technology transfer , Symposia , Gearboxes , Research management , Army aircraft , Helicopter Transmission System Technology Program , NASA Technology Utilization Program , Component reports
Overview of advancements in helicopter transmission design
Tema Archiv | 1983
|Automotive transmission advancements
TIBKAT | 1991
|Helicopter Transmission Design Process
NTIS | 1985
|Technology Advancements in Modern Helicopters - An Overview
Online Contents | 1997
|