Advanced Methods of Gas Turbine Reducer Design and its Analyses

Liang Xiao; Rong Man Li

doi:10.4028/www.scientific.net/AMM.86.767

Paper Titles

Research on Vibration Influence Chart of Planetary Gear Systems
p.747

Improvement of Positioning Error on a Ball Screw by Cooling System
p.752

A Discrete Lumped-Parameter Dynamic Model for a Planetary Gear Set with Flexible Ring Gear
p.756

Modeling and Controlling of Anti-Slip Regulation Based on Limited-Slip Differential
p.762

Advanced Methods of Gas Turbine Reducer Design and its Analyses
p.767

Deformation of Harmonic Drive in Transmission State Based on Contact Analysis with Shell Element Tooth
p.771

Research on Torsional Dynamic Model and Rigidity Excitation of Cycloid Ball Planetary Transmission System
p.775

Coordinated Torque Control for Mode-Switch between Motor and Engine Driving in Heavy Hybrid Electric Vehicle
p.779

Analysis of Winding Dynamics of Film Web on Winder
p.784

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 86Advanced Methods of Gas Turbine Reducer Design and...

Advanced Methods of Gas Turbine Reducer Design and its Analyses

Abstract:

Advanced methods of gas turbine reducer design and analyses with CATIA and MASTA are introduced. After gear parameter matching, a three-dimensional CATIA model has been established and imported into MASTA. After careful analyses, a high-performance gas turbine reducer has been designed to meet the clients’ demand.