FEATURES OF MECHANICS DESTRUCTION TRIBOUNITS AT DIFFICULT DYNAMIC LOADING

FEATURES OF MECHANICS DESTRUCTION TRIBOUNITS AT DIFFICULT DYNAMIC LOADING

Authors

DOI:

https://doi.org/10.31489/2023No2/99-105

Keywords:

wearproofness, tribounits, superficial layer, structural state, loading

Abstract

The mechanics of contact destruction tribounits at a friction in the conditions of difficult dynamic loading is considered. Possibility of mathematical description of complex damage knots friction is shown, intensities of wear taking into account the features of forming superficial layer at a contact. Methodology of calculation superficial durability and longevity of tribounits is presented and the examples of practical estimation of this interdependence are shown. The model of destruction surface at a friction with a different dynamic loading is offered, methods of estimation wearproofness on the change of the structural state of superficial layer by a tribospectral method and the electron work function.

References

Morozov E.M., Zernin M.V. Сontact tasks of mechanics destruction. Moscow, 1999, 544 р. [in Russian]

Ryjov E.V. Contact of solids at the static and dynamic loads. Moscow, 1988, 250 p. [in Russian]

Rybakova L.M., Kuksonova L.I. Structure and wearproofness of metal. Moscow, 1982, 212 р. [in Russian]

Garbar I.I., Severdenko V.P., Skorynin Yu.N. Formation of foods wear at the friction of slippage. DAN USSR, 1975, Vol. 225, No.3, рр. 82-85. [in Russian]

Miller K.J. The behaviour of shot fatigue cracks and their initiation. Faticue on Eng. Mat. and Struct. Part 1. A revier of the two recent books, 1987, Vol.10, No.3, рр. 75-91.

Kolesnikov Yu.V. Mechanics of contakt destruction. Moscow, 1988, 224 р. [in Russian]

Tsyganov V.V., Sheyko S. Features of engineering the wear-resistant surface of parts with the multicomponent dynamic load, Wear, 2022, 494-495, 204255.

Yurov V.M., Oleshko V.S. The impact of the environment on the contact potential difference of metal machine parts. Eurasian Physical Technical Journal, 2019, Vol. 16, No.1 (31), pp. 99 – 108.

Markov А.А. Measuring of work exit electron at a friction. Moscow, 1973, 28p. [in Russian]

Jаrin А.L., Fishbain E.I., Shipitsa N.A. Influence of pin deformations on the size of work exit electron of surfaces. Journal of Friction and Wear,1995, Vol, 7, No.3, pp. 488-504.

Tsyganov V. V., Sheiko S.P., Sakipov K.E., Kassymov S.S. Features of estimation wearproofness tribojoints by work of electron output. Eurasian Physical Technical Journal, 2022, Vol.19, No.3 (41), рр.78-83.

Tsyganov V., Ivschenko L., Byalik H., Mokhnach R., Sakhniuk N. Creation of wearproof eutecticum composition materials for the details of the high temperature dynamic systems. MS and T 2019 - Materials Science and Technology 2019, 2019, рр. 450-456.

Tsyganov V.V., Mokhnach R.E., Sheiko S.P. Increasing Wear Resistance of Steel by Optimizing Structural State of Surface Layer. Steel in Translation, 2021, Vol.51, No.2, pp.144-147.

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Published online

2023-07-10

How to Cite

Tsyganov В. (2023). FEATURES OF MECHANICS DESTRUCTION TRIBOUNITS AT DIFFICULT DYNAMIC LOADING. Eurasian Physical Technical Journal, 20(2(44), 99–105. https://doi.org/10.31489/2023No2/99-105

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Engineering
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