Fig 3 - uploaded by s. Thirumalvalavan
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to Fig 7 demonstrates the modal frequencies with their corresponding frequencies. From these figures, it is evident that the maximum displacement of the balls increases with applied frequency. The maximum displacements of the balls are resisted to the modular vibrations applied on the balls under different frequency levels. The contours of the various frequency levels and their displacements show the reaction forces that act radially outward direction. Table 3 implies the natural frequency and the corresponding displacement.
Source publication
It is the necessary to predict the endurance capability of the mechanical element with its increased application and complexity. The present research work estimates the stress variation and displacement characteristics using finite element analyses of Single Row SKF6205 Deep Groove Ball Bearing under radial and axial loadings. The vibration analyse...
