Fatigue Analysis of Deep Groove Ball Bearing Based on ANSYS: A Review

Ball bearing is the rotating assembly constitute with the four main components as bearing outer, bearing inner, bearing ball and bearing cage. This research study has been carried out for the steady analysis of deep groove ball bearing using ANSYS & analytical method is investigated. In this analysis the factors consider Fatigue life, hertzian stress, strain penetration. Through contact analysis, the changes could be showed in stress, strain, penetration, sliding distance, friction stress among the inner ring, outer ring, rolling elements and cage. Furthermore, the simulation results revealed that the computational values were consistent with theoretical values. The all showed that the model and boundary conditions were correct and rational, and it would provide a scientific basis for optimum design of rolling bearings under complicated loads.