Application of Thermo-Frictional and Chemical-Thermal Methods Treatments for Surface Strengthening of Materials

Alexander Levterov; Julia Nechitailo; Tatyana Plugina; Oleg Volkov

doi:10.4028/www.scientific.net/MSF.1038.93

Paper Titles

Research of the Influence of Silicate Fillers on Water Absorption and Microstructure of Styrene-Acrylic Dispersion Coatings
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Alternative Strengthening of Jewelry Tools Using Chemical-Thermal and Local Surface Treatments
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Research of the Microstructure of the Deposited Layer during Electric Arc Surfacing with Control Impacts
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Application of Thermo-Frictional and Chemical-Thermal Methods Treatments for Surface Strengthening of Materials
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Investigation of the Heat-Affected Zone Properties During Cladding of Power Equipment with Austenitic Materials Using Control Mechanical Impacts on the Strip Electrode
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Studying the Effect of Fuel Elements Structural Materials Corrosion on their Operating Life
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Research of Safe Technology of Impregnation of Heated Reinforcing Materials with Binder
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Use of Silicone Materials in Modern Structures of Highly Functional Technical Means of Rehabilitation
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HomeMaterials Science ForumMaterials Science Forum Vol. 1038Application of Thermo-Frictional and...

Application of Thermo-Frictional and Chemical-Thermal Methods Treatments for Surface Strengthening of Materials

Abstract:

In the article, the issues of using the methods of thermo-frictional and chemical-thermal treatments for surface strengthening of steel tools were disclosed. 65G steel and U8A steel were considered. A flat graver and a cylindrical root roller were considered to be tools in need of hardening. The nature of the jewellery work using such a tool has been described. Hardening techniques, experimental studies and macro photographs of the samples were presented in this article. A detailed metallographic analysis and measurement of the microhardness of the cross-sections of the prototypes after their strengthening using various methods was carried out. The metallographic nature of the reinforcement with the formation of surface "white layers" was shown. Comparison of the properties of the samples before and after strengthening was carried out. Conclusions about the strengthening effect of the thermo-frictional and chemical-thermal methods of strengthening were made.

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Periodical:

Materials Science Forum (Volume 1038)

Pages:

93-99

DOI:

https://doi.org/10.4028/www.scientific.net/MSF.1038.93

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Online since:

July 2021

Authors:

Alexander Levterov*, Julia Nechitailo, Tatyana Plugina, Oleg Volkov

Keywords:

Chemical-Heat Treatment, Furnace Boriding, Jewelry Tool, Steel 65G (Analogue G15660 USA), Steel U8A (Analogue AUS8A USA), Strengthening, Thermo-Friction Strengthening

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