Recovery of damaged surface in operation of a friction pair in the presence of ultrafine copper alloy powder

Recovery of damaged surface in operation of a friction pair in the presence of ultrafine copper alloy powder

The process of recovery of a region of a surface with an artificially created defect in the form of a turned groove upon friction of a steel 40-steel 20KhN3A pair in motor oil with an additive of ultrafine copper alloy powder is described. It is shown that the process of recovery is connected with t...

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Veröffentlicht in:Metal science and heat treatment 2001-01, Vol.42 (7-8), p.275-278
Hauptverfasser: Frishberg, I. V.,-, Zolotukhina, L V, Kharlamov, V V, Zhidovinova, S V, Baturina, O K, Pankratov, A A, Kishkoparov, N V
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container_end_page 278
container_issue 7-8
container_start_page 275
container_title Metal science and heat treatment
container_volume 42
creator Frishberg, I. V.,-
Zolotukhina, L V
Kharlamov, V V
Zhidovinova, S V
Baturina, O K
Pankratov, A A
Kishkoparov, N V
description The process of recovery of a region of a surface with an artificially created defect in the form of a turned groove upon friction of a steel 40-steel 20KhN3A pair in motor oil with an additive of ultrafine copper alloy powder is described. It is shown that the process of recovery is connected with the formation of wear-resistant structures, which possess a high plasticity because they consist of very fine "copper-plated" wear particles. It is assumed that the formation of such structures is a consequence of the low solubility of Cu in the steel.
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title Recovery of damaged surface in operation of a friction pair in the presence of ultrafine copper alloy powder
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