Abstract
In this study the infulence of slip ratio, contact pressure and slip time on the seizure of steel rollers was investigated experimantally by two-roller type tester and theoretically by non-steady thermal elastohydrodynamic lubrication (THL) theory. Following conclusions were obtained. (1) The slip time influences on the critical condition for seizure. Long continuous slip causes the seizure easily. (2) Break of the oil film between the rollers more strongly effects on the occurence of seizure than the temperature of the rollers. (3) By the THL calculation, it is possible to estimate the occurence of the break of oil film between the rollers.
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