Abstract: In this paper a full numerical solution for the thermo-elastohydrodynamic problem in elliptical contacts is presented, and the method of computation is also described. The film pressure, thickness and shape, the three dimensional temperature distribution within both the film and the bounding solids, as well as the coefficients of the sliding and rolling frictions have all been determined for different rolling velocities and slide-roll ratios. The results obtained indicate that the film temperature increases as the rolling velocity or slide-roll ratio increases. The effects of thermal action on the pressure distribution, the film shape and thickness and the friction factors are also given. The problem studied in this paper is steady-state, the lubricant is assumed to be Newtonian.