2004•Journal of Shaanxi Institute of TechnologyRequires access

Finite element simulation analysis of involute spur gear

Chunqing Zhang

Open publisher page 1 citations

Abstract

Gear deformation and root stress are calculated by ANSYS software in this article. The tooth contact model of a pair of mesh gear is developed, and area to area contact elements are used for calculating the tooth deformation and contact stress of gear. The effectiveness of the application of ANSYS in gear calculation, especially in contact analysis is preseated and the gear optimization and reliability design as well as CAE is based upon it.

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What this paper is about

Gear deformation and root stress are calculated by ANSYS software in this article. The tooth contact model of a pair of mesh gear is developed, and area to area contact elements are used for calculating the tooth deformation and contact stress of gear. The effectiveness of the application of ANSYS in gear calculation, especially in contact analysis is preseated and the gear optimization and reliability design as well as CAE is based upon it.

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Available abstract

Gear deformation and root stress are calculated by ANSYS software in this article. The tooth contact model of a pair of mesh gear is developed, and area to area contact elements are used for calculating the tooth deformation and contact stress of gear. The effectiveness of the application of ANSYS in gear calculation, especially in contact analysis is preseated and the gear optimization and reliability design as well as CAE is based upon it.

Key concepts: Involute, Spur gear, Involute gear, Finite element method, Structural engineering, Contact analysis, Contact mechanics, Deformation (meteorology)

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