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The criterion of development of processes of the self-organization of subsystems of the second level in tribosystems of diesel engine

Scientific Reports 2023 15 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 45 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Denys Baranovskyi, Denys Baranovskyi, S. V. Мyaмlin S. V. Мyaмlin

Summary

Researchers studied how energy transfers and material interactions on friction surfaces inside diesel engine crankshaft systems can trigger "self-organization" — a process where the surfaces develop more stable, wear-resistant properties over time. Understanding this process could help engineers design more durable engine components and reduce mechanical wear in heavy machinery.

The paper shows the possibilities of processes in the tribosystems of diesel engines, ensuring the development of self-organization processes in them. The criterion for the possibility of development of processes of the self-organization of subsystems of the second level shows that in a real irreversible process there is a decrease in the flow of mechanical energy. The paper considers three cases of the possibility of developing the processes of self-organization of subsystems of the second level on the example of the tribosystem "crankshaft-insert" for the operating conditions of a diesel engine 10D100. It was determined that in order to reduce the wear rate of the tribosystems of diesel engine it is necessary to provide the flow of the energy-mass transfer process on their contacting surfaces of friction by the gradients of chemical potentials and dislocation density of the interacting materials. The obtained expression is the criterion of possibility of development of processes of the self-organization of subsystems of the second level which indicates that the system would lose the stability, if the density of mobile dislocations or the wear rate of the tribosystems of diesel engine increases.

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