Optimum Design of the 3Z-II Planet Drive Based on Matlab

Qi Lin Huang; Yong Wang; Mao Lin Xu; Jun Gang Wang; Zhi Gang Luo

doi:10.4028/www.scientific.net/AMM.86.104

Paper Titles

Research on the Dynamic Response of a Combining Gear Drive System
p.86

Study on General Principle for Structure Fatigue Substantiation of Helicopter Transmission Systems
p.90

Thermal Effects Analysis on DCT Driven Plate in Vehicle Initial Condition
p.96

Simulation of Finite Element Analysis for Cutting Force of High-Speed Dry Gear Milling by Flying Cutter
p.100

Optimum Design of the 3Z-II Planet Drive Based on Matlab
p.104

The Influence Analysis of Fatigue Limit for Mechanical Components Based on Standard Deviation of Full Scale Sub-Sample
p.108

X – Zero Gear Drive with Minor Teeth Difference
p.112

Study on the Dynamic Excitation of the Star Gearing
p.116

The Design Concept Application on RMS for Tail Drive System of Civil Helicopter
p.120

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Optimum Design of the 3Z-II Planet Drive Based on Matlab

Abstract:

According to the design theory of 3Z-II planet drive, this paper firstly design a transmission plan of a given example，then optimize the transmission plan by using the nonlinear optimization function ‘fmincon’ of MATLAB. Finally, this paper verifies the optimization result.