The regularities of the wear of the steel 1045 during cutting off the feed of a lubricant under the nonââ?¬â??stationary friction conditions were established. The influence of the properties of the secondary structures, formed on the contact surfaces under conditions of rolling with a different degree of slippage, on the wear of advancing and lagging surfaces was determined. The influence of specific friction work, the degree of hardening ââ?¬â?? weakening of surface layers of metal and the intensity of saturation by active elements of nearââ?¬â??surface layers of metal on the wear resistance of friction pairs is examined. The change is established in localization of the depth of spreading the stressed and deformed state of material of the contact surfaces with an increase in the slip rate from 0.315 m/s to 1.14 m/s at rolling with the slippage.
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