EFFECTS OF DESIGN PARAMETERS ON STATIC EQUIVALENT STRESS OF RADIAL ROLLING BEARINGS

The aim of this study is to theoretically investigate the effects design parameters on static equivalent stress radial rolling bearings, such as point contact case for ball bearings and line roller bearings. pressure, area von Misses are calculated based geometrical parameters, material loading by using developed MATLAB program. To achieve aim, both maximum pressure pmax Von Mises effective σVM simulated with respect varying element diameters elasticity modulus. For case, it was concluded that increasing diameter elements results in reducing Furthermore, modulus σVM. because decrease A. determination selection crucial play an role during process. Therefore, bearing designers manufacturers should make dimensions large possible elastic possible. stress-based failure theory can also be used instead standard load carrying capacity calculation. Moreover, compatible finite method.