Ew. Spence et Da. Kaminski, THERMAL EVALUATION OF A DRY NONROTATING THIN-SECTION CONTACT BEARING, Journal of manufacturing science and engineering, 118(4), 1996, pp. 610-614
The thermal resistance of an angular contact ball bearing as a functio
n of the radial and axial load is investigated numerically. An elastic
stress analysis, based on Hertzian contact theory, provides circumfer
entially-varying contact areas for input to the thermal model. A finit
e difference model of the combined conductive, convective and radiativ
e transport from the inner to outer race is used to calculate the over
all thermal resistance of the bearing.