Mechanical properties and size effects of self-organized film

[+] Author and Article Information
Victoria Burlakova

Gagarina, 1 Rostov on Don, 344000 Romania vburlakova@donstu.ru

Alexander Tyurin

Internatcionalnaya St., 33, Tambov Tambov, 392000 Russian Federation tyurin@tsu.tmb.ru

Ekaterina Drogan

Gagarina, 1 Rostov on Don, 344000 Russian Federation ekaterina.drogan@gmail.com

Evgeniy Sadyrin

Gagarina, 1 Rostov on Don, 34400 Russian Federation rainesquall@icloud.com

Tatyana Pirozhkova

Internatcionalnaya St., 33 Tambov, 392000 Russian Federation t-s-pir@ya.ru

Anastasiya Novikova

Gagarina sq., 1 Rostov on Don, 34400 Russian Federation anastasianovik@mail.ru

Maria Belikova

Gagarina, 1 Rostov on Don, 344000 Russian Federation belikova.maria@yandex.ru

1Corresponding author.

Contributed by the Tribology Division of ASME for publication in the Journal of Tribology. Manuscript received October 15, 2018; final manuscript received January 26, 2019; published online xx xx, xxxx. Assoc. Editor: Yi Zhu.

ASME doi:10.1115/1.4042678 History: Received October 15, 2018; Accepted January 26, 2019


In our research we have focused on estimation of tribological and mechanical characteristics of self-organized copper film, formed through friction of brass-steel pair in aqueous solutions of carbolic acid. We have found out that self-organized copper film formed through friction interaction of pair brass-steel is nanostructural. The data obtained through indentation of self-organized copper films indicated size effect. With increasing load and contact area of interacting bodies, the coefficient of friction first drops sharply with increasing normal load, and then begins to grow. We have found out that adhesion component of friction contribute to friction coefficient at small loads. We have shown that hardness of self-organized copper ilms formed at friction in aqueous solutions of acids increase at shifting from acetic to caproic acid.

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