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Finite Element Analysis of Involute Spur Gear Based on ANSYS

Dong Feng-yan

Open publisher page 2 citations

Abstract

Two dimension and three dimension finite element models of spur cylindrical gear with straight teeth are established using the modeling function of finite element software ANSYS.And the finite element analysis is conducted on the tooth root stress and deformation of the gear under static load.The comparison between the 2-D and 3-D model simulation results and that obtained by traditional calculation method of the gear strength is performed.At last,the shortage of traditional method for gear design is pointed out.The approach proposed in this paper provides a new design methodology and theoretical basis for gear design.

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What this paper is about

Two dimension and three dimension finite element models of spur cylindrical gear with straight teeth are established using the modeling function of finite element software ANSYS.And the finite element analysis is conducted on the tooth root stress and deformation of the gear under static load.The comparison between the 2-D and 3-D model simulation results and that obtained by traditional calculation method of the gear strength is performed.At last,the shortage of traditional method for gear design is pointed out.The approach proposed in this paper provides a new design methodology and theoretical basis for gear design.

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Available abstract

Two dimension and three dimension finite element models of spur cylindrical gear with straight teeth are established using the modeling function of finite element software ANSYS.And the finite element analysis is conducted on the tooth root stress and deformation of the gear under static load.The comparison between the 2-D and 3-D model simulation results and that obtained by traditional calculation method of the gear strength is performed.At last,the shortage of traditional method for gear design is pointed out.The approach proposed in this paper provides a new design methodology and theoretical basis for gear design.

Key concepts: Finite element method, Involute, Spur gear, Involute gear, Structural engineering, Dimension (graph theory), Engineering, Economic shortage

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