Estimation of energy loading of contacts spots of micro ledges of metal polymer friction pairs of tribology system.
Abstract
Kryshtopa S.I. Estimation of energy loading of contacts spots of micro ledges of metal polymer friction pairs of tribology system. The specific of polymeric materials consists in that their work in tribological interfaces is accompanied by the proc-esses of tribological electrization, diffusions, and also destructions with formation of different phases which going back into the premieres being have other power levels of superficial and subsuperficial layers. It is known that friction pairs have a «polymer-metal» different energy loading at friction co-operation of tribological interfaces. Superficial and subsuperficial the layers of polymeric protective strap are the stores of charges, a volume and properties of which change depending on their energy loading. The last largely affects mechanical, electric and thermal the fields. In the given publication there are the con-sidered following questions in relation to the given problem: internal and external parameters in the power fields of metal polymer were determined by friction pairs at tribology system; work of electron output and ions from the surfaces of friction metal polymer tribological interfaces was explored; it was determined by energy loading discrete contact of micro ledges of metal polymer friction pairs of tribosystem; method of estimation of energy loading of contacts spots of micro ledges of metal polymer friction pairs of tribosystem at micro- and nano- levels was grounded.References
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2. Mamedov R.C. Contacts of metal-conduction with electric field of spots. Baku: Gosouniversitet, 2013. 231 p.
3. Band-block brakes of friction devises. [Monografiya]. N.A. Volchenko, D.A. Volchenko, S.I. Kryshtopa, D.Yo. Zhuravlev, A.V. Vozny. Kubansc. gosoudarstv. technologist. university. and Pricarpatsc. na-tiona university by V. Stefanica, 2013. 441 p.
4. Kryshtopa S. I. Influence of electric and thermal fields on dynamic friction coefficient in the drum-block brakes of vehicles with the thermo-electric cooling. Materials of the VI-th international scientific and technical conference are «Modern technologies and prospects of development of motor transport». – Vinnytsia: Vinnytsia national technical university, 2013. P. 26-27.
5. Kryshtopa S. I. Electro thermo stimulation depolarization of interactive areas of metal polymer fric-tion pairs of band-block brake of drilling hoist (part 1). Oil and gas energy. Ivano-Frankivs’k, 2012. № 2 (18). P. 46-54.
6. Thermo-electric polarization of surfaces of friction protective straps of brake devices. S. I. Kryshtopa. secret Service and development of oil and gas deposits. Ivano-Frankivs’k, 2013. № 1 (46). P. 50-57.
7. Kryshtopa S. I. Principe of superposition in pare «generation – stock» of thermal energy loading of its superficial layers in drum- block brakes motor transport vehicles. Announcer of the East Ukrainian national university of the by V. Dall’ – Lugansk: SLEEP, 2013. № 15 (204). P. 118-124.
8. Kryshtopa S. I. Contac-impulses co-operation of different types of contacts in the metal polymer friction pairs of band-block brake of drilling hoist. Announcer of Azerbaijan engineering academia. Baku, 2013. Tom 5 № 3. P. 38-49.
9. Volchenko O. Electrodynamics’ processes and their influence on wearing out properties of metal polymer friction of brake devices. A. I. Volchenko, S. I. Kryshtopa, V. I. Caras. Coll. Of sciences. works SevSTU. Sevastopol, 2012. V. 135. P. 237-240.
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Published
2015-06-28
How to Cite
Криштопа C. (2015). Estimation of energy loading of contacts spots of micro ledges of metal polymer friction pairs of tribology system. Problems of Tribology, 75(1), 11–19. Retrieved from https://tribology.khnu.km.ua/index.php/ProbTrib/article/view/439
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