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Abstract
The life and load carrying capacity of roller bearings are highly influenced by the sliding velocities at the contacts between rollers and races. In this investigation, a computational model was developed to predict traction forces, forces on the cage, sliding and spinning speeds of the roller when the bearing is lubricated with a fluid of known traction coefficient characteristics as functions of pressure and velocities.
Presented at the JSLE/ASLE International Lubrication Conference in Tokyo, Japan, June 9–11, 1975.
Notes
Presented at the JSLE/ASLE International Lubrication Conference in Tokyo, Japan, June 9–11, 1975.