Study of Methods Relating to Increase of Contact Pitting Resistance in 45, 40H, 35HGSA Steel due to Development of Heterogeneous Structure Involving Mechanical Hardening Technique-Reference-Cited by-同舟云学术

Study of Methods Relating to Increase of Contact Pitting Resistance in 45, 40H, 35HGSA Steel due to Development of Heterogeneous Structure Involving Mechanical Hardening Technique

Published:2015-04 Issue: Volume:756 Page:65-69
ISSN:1662-7482
Container-title:Applied Mechanics and Materials
language:
Short-container-title:AMM

Author:

Kirichek A.¹,Barinov S.V.²

Affiliation:

1. Southwest State University

2. Vladimir State University

Abstract

New static-pulse treatment method was offered to increase contact pitting resistance of machinery parts. This method forms cold-worked layer with high hardness located deep in the part. The static-pulse treatment method is characterized by important feature that helps to form various levels of hardening uniformity of the surface layer. For the first time undertaken studies provided recommendations relating to uniformity of surface layer mechanical hardening, which increases contact pitting resistance of machinery parts made of 45, 40H, 35HGSA steel.

Publisher

Trans Tech Publications, Ltd.

Link

https://www.scientific.net/AMM.756.65.pdf

Reference6 articles.

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2. Solovyov D.L., Kirichek A.V., Barinov S.V. Increase of durability of machine components by creation of heterogeneous work-hardened structure, Heavy engineering construction. 7 (2010) 4-7.

3. Kirichek A.B., Solovyov D.L., Barinov S.V., Tarasov D.E. Experimental complex for researches of contact-fatigue wear of machine components, Fundamental and application problems of machinery and technology. 3 (2009) 7-13.

4. Kirichek, A.V., Soloviyev, D.L. Nanostructure changes in iron-carbon alloys as a result of impulse deformation wave action, Journal of Nano- and Electronic Physics. (2013) 5 (4).

5. Kirichek, A.V., Soloviev, D.L., Altukhov, A.Y. Production of quasicomposite surface layer of a metal material by shock wave strain hardening, Journal of Nano- and Electronic Physics. (2014) 6 (3).

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