Abstract
Results of research of thermal stability of the lubricants used in industrial technologies related to heavy-duty modes of contact friction are given. Certain mathematical models of thermal destruction of lubricants process allow to give approximate quality assessment. Considering complexity of process of thermal destruction experimental studies are necessary and orientation for them is offered. The two-stage process of thermal destruction of lubricants is shown; the rate of pyrolysis is studied. The conclusion is drawn on the influence of flying products of thermal decomposition of lubricants on a tribological situation in the zone of contact friction.
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