基于ABAQUS的固体润滑摩擦副接触问题分析

Established a solid lubrication friction contact model aimed at the solid lubricated rolling bearing using condition and contact characteristics. Analyzed the VonMises stress and shear stress distribution under different friction coefficient by using FEM. Discussed the relationship between stress distribution and surface crack initiation and propagation. Analysis results showed that the friction coefficient has a great effect on the stress distribution. When the friction coefficient increasing from 0.02 to 0.35, the shear stress increased with the value of 2.1% and the location of shear stress increased by 30.9%. The relationship between the tension stress zones and surface crack initiation and propagation are further analyzed. The results provided a mechanical basis for peeling or transfer of solid lubrication film, and had reference value for research of contact problems of solid lubricated rolling bearing on the future.