Analysis of the Gearing Theoretic between Plastic Helical Gear and Steel Worm

The gearing transmission equation was deduced by the principle of the engagement characteristics between plastic helical gear and steel worm. This paper makes an analysis on the law which is the deformation process of tooth profile and potential contact in different kinds of load by means of Hertz c...

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Published inApplied Mechanics and Materials Vol. 34-35; pp. 232 - 237
Main Authors Hao, Yi Shu, Yue, Bin Nan, Zhu, Xin Xing
Format Journal Article
LanguageEnglish
Published Zurich Trans Tech Publications Ltd 01.10.2010
Subjects
Hertz Contact Theory
Plastic Helical Gear
Finite Element Model (FEM)
Gearing Transmission Equation
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Abstract The gearing transmission equation was deduced by the principle of the engagement characteristics between plastic helical gear and steel worm. This paper makes an analysis on the law which is the deformation process of tooth profile and potential contact in different kinds of load by means of Hertz contact theory. The paper also uses MSC.Nastran to simulate the stress-strain status, the deformation process and arrives at the law of gearing changing, which was verified the correctness of the analysis above.
AbstractList The gearing transmission equation was deduced by the principle of the engagement characteristics between plastic helical gear and steel worm. This paper makes an analysis on the law which is the deformation process of tooth profile and potential contact in different kinds of load by means of Hertz contact theory. The paper also uses MSC.Nastran to simulate the stress-strain status, the deformation process and arrives at the law of gearing changing, which was verified the correctness of the analysis above.
Author Yue, Bin Nan
Zhu, Xin Xing
Hao, Yi Shu
Author_xml – givenname: Yi Shu
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  organization: Tongji University : College of Mechanical Engineering
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Keywords Hertz Contact Theory
Plastic Helical Gear
Finite Element Model (FEM)
Gearing Transmission Equation
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Title Analysis of the Gearing Theoretic between Plastic Helical Gear and Steel Worm
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