ANALYSIS OF DEEP GROOVE BALL BEARINGBASED ON STATIC, DYNAMIC AND FREQUENCY ANALYSIS USING ANSYS R3

Bearings are used in various mechanical applications. These applications include automobiles, aerospace, shipping industries, etc. Based on the type of application the bearings are subjected to various radial and axial loading which leads to the generation of stresses and vibrations in the bearing. Continuous stresses and vibration-induced inside the bearing affect the life of the bearings which in turn leads to failure of these bearings before expected life. In this paper, an effort has been made to select the type of bearing used for standard medium speed electric motor. The type of bearing used is deep groove ball bearing of type and size 6312. A three-dimensional model was created with the help of Solidworks Software. Further, the model was subjected to pure radial loading to carry out static, dynamic and vibration analysis using Ansys simulation software to check the life of bearing. Thus, the obtained results are compared with the analytical method.