Application of Genetic Algorithm to the Fuzzy Reliability Optimal Design of Profile Modified Helical Gear Under The Action of Friction

LI Xiu-lian; DONG Xiao-ying; CAO Qing-lin; LEI Liang-yu

Volume 20 Issue 1

Feb. 2005

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Article Navigation > Journal of Aerospace Power > 2005 > 20(1): 159-163

LI Xiu-lian, DONG Xiao-ying, CAO Qing-lin, LEI Liang-yu. Application of Genetic Algorithm to the Fuzzy Reliability Optimal Design of Profile Modified Helical Gear Under The Action of Friction[J]. Journal of Aerospace Power, 2005, 20(1): 159-163.

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Application of Genetic Algorithm to the Fuzzy Reliability Optimal Design of Profile Modified Helical Gear Under The Action of Friction

Department of Mechanical Engineering,Jiangsu Teachers University of Technology,Changzhou213001,China

Received Date: 2004-01-09
Rev Recd Date: 2004-06-24
Publish Date: 2005-02-28

Abstract

Abstract

Considering the limitation and deficiencies in traditional gear strength theory, based on genetic algorithm,a new method of fuzzy reliability optimal design for the profile modified helical gear transmission in consideration of the action of sliding friction between teeth is presented.This method combines fuzzy reliability design theory with optimization technique and excellences of genetic algorithm.The calculated result shows that the proposed method is effective for the optimum design of profile modified helical gear transmission.
- aerospace propulsion system,
- genetic algorithm (GA),
- sliding friction between teeth,
- profile modified helical gear,
- fuzzy reliability optimum