Abstract
Calculations have been made of the temperature distribution in an elastohydrodynamic oil film after applying more general boundary conditions than those which have previously been applied. In addition, friction coefficients have been determined to obtain experimental verification of the calculations. High compatibility between the friction coefficients and recently published experimental data has been found. The analysis of the temperature distributions obtained from computations permitted the determination of dependences on the non-dimensional maximum increase of temperature in the oil film and on the surfaces of the lubricated elements. Also conclusions concerning heat exchange in elastohydrodynamic contact have been made.
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