2008Journal of Agricultural Mechanization ResearchRequires access

Finite Element Analysis for Tooth Strength of Cycloid-gear in the Field of Agricultural Machinery

XI Qing-kun

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Abstract

Cycloid pin gear planetary reducers are widely used in agricultural machinery with their big transmission ratio and high carrying capacity. It is important to get exact behavior of cycloid-gear which is key part of cycloid pin gear planetary reducer. In this paper,the pin gear teeth profile of BW180 cycloid pin gear planetary reducer is taken for example to get the maximum force and stain endured in the meshing between improved cycloid gear and pin gear by building three-dimension cycloid-gear model with PRO/E and analyzing the tooth strength of cycloid-gear reducer,with ANSYS software.

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What this paper is about

Cycloid pin gear planetary reducers are widely used in agricultural machinery with their big transmission ratio and high carrying capacity. It is important to get exact behavior of cycloid-gear which is key part of cycloid pin gear planetary reducer. In this paper,the pin gear teeth profile of BW180 cycloid pin gear planetary reducer is taken for example to get the maximum force and stain endured in the meshing between improved cycloid gear and pin gear by building three-dimension cycloid-gear model with PRO/E and analyzing the tooth strength of cycloid-gear reducer,with ANSYS software.

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Available abstract

Cycloid pin gear planetary reducers are widely used in agricultural machinery with their big transmission ratio and high carrying capacity. It is important to get exact behavior of cycloid-gear which is key part of cycloid pin gear planetary reducer. In this paper,the pin gear teeth profile of BW180 cycloid pin gear planetary reducer is taken for example to get the maximum force and stain endured in the meshing between improved cycloid gear and pin gear by building three-dimension cycloid-gear model with PRO/E and analyzing the tooth strength of cycloid-gear reducer,with ANSYS software.

Key concepts: Reducer, Cycloid, Cycloid gear, Engineering, Non-circular gear, Structural engineering, Finite element method, Spiral bevel gear

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