Analysis and Simulation of Spur Gear System Considering Geometric Eccentricity

Zhuangzhuang Zhang; Fuhao Liu

doi:10.54097/smpqyw12

Authors

Zhuangzhuang Zhang
Fuhao Liu

DOI:

https://doi.org/10.54097/smpqyw12

Keywords:

Geometric eccentricity, finite element, stress, initial eccentricity angle, dynamic response.

Abstract

Geometric eccentricity errors inevitably occur in gear systems, resulting in the center of mass and center of rotation not coinciding. During the gear meshing process, the gear center distance and gear tooth meshing condition will change with time. In this paper, a model considering geometric eccentricity is proposed and a finite element model of the gear pair is developed. Finally, the dynamic response under different eccentricity and initial eccentricity angle is discussed. Based on Ansys, the simulation calculation of the gear pair is carried out, and the equivalent force maps of the dangerous areas of the gear tooth flanks are obtained.

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