Dynamic Processes of Self-Organization in Nonstationary Conditions of Friction

Self-organization mechanisms of metastable dissipative structures during friction depending on base and oil functional additives for hypoid gears are considered. Research was conducted a software-hardware complex with simulation gears’ operation in rolling slipping conditions start-stop mode. Indicators formation wear-resistant include the following: improvement antifriction characteristics, lubricant boundary layers’ formation, contact surfaces’ strengthening, heterogeneous deformation microrelief fine-grained structure. The chemically modified layers 90% area tribo-coupling elements ensures an increase wear resistance leading lagging surfaces by 2 1.4 times, respectively. sclerometry method used to establish that when lubricating various transmission oils can reduce processes metal near-surface 23%. Highly viscous flavored distillate additive composition active components, including oxygen, sulfur, phosphorus.