Open Access
Issue |
MATEC Web Conf.
Volume 366, 2022
8th International BAPT Conference “Power Transmissions 2022”
|
|
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Article Number | 04003 | |
Number of page(s) | 6 | |
Section | Materials and Technological Processes | |
DOI | https://doi.org/10.1051/matecconf/202236604003 | |
Published online | 06 October 2022 |
- Кuchеryavyi V.I. (1990) Shtampovye stali dlya goryachego deformirovaniya [Hot forming die steels] – М.: Маshynostroenie. – S. 655-682. [Google Scholar]
- Gur’ev A.M. (2001) Ekonomnolegirovannye stali dlya litykh shtampov goryachego deformirovaniya ikh termoceklicheskaya i khimikotermoceklicheskaya оbrabotka [Sparingly alloyed steels for hot-forming cast dies, their thermocyclic and chemical thermocycling treatment]: dis. dokt. tekhn. nauk: 05.16.01 / А.М. Gur’ev – Tomsk, 487s. [Google Scholar]
- Zavyalov A.C. (1943) К teorii legirovaniya i termicheskoyi obrabotki stali [On the theory of alloying and heat treatment of steel] – Central’nyi nauchno-issledovatel’skiy institut. – 52s. [Google Scholar]
- Ozerskiy A.D. (1984) Uprochnenie stali EP930 dlya matric goryachego deformirovaniya splavov [Hardening of steel EP930 for hot pressing dies of copper alloys]. – Cvetnye metally. – Non-ferrous metals, № 10, S. 76-78. [Google Scholar]
- Poznyak L.A. (1996) Instrumental’nye stali [Tool steels] – К.: Naukova dumka, – 488s. [Google Scholar]
- Lebedeva N.V. (2005) Povyshenie stoikosti instrumeta dlya pressovaniya trudnodeformiruemykh cvetnykh splavov iz staleiy s reguliruemym austenintym prevrasheniem pri ekspluatacii [Increasing tool life for pressing difficult-to-deform non-ferrous alloys from steels with controlled austenite transformation during operation]: avtoreferat, dis … kand. tekhn. nauk: 05.02.01. – Sankt Peterburg, 18s. [Google Scholar]
- Perep’elkina М.N. (2016) Vybir efektyvnogo leguvannya novykh shtampovykh staleyi z austenitnym peretvorennyam pry ekspluatacii [Selection of efficient alloying of new die steels with austenitic transformations during operation]. – Novi materialy і tekhnologii v metalurgii ta mashynobuduvanni. – New materials and technologies in metallurgy and machine-building, № 1, S. 11-15. [Google Scholar]
- Nguen S.Kh. (2021) Struktura I uprochnenie stali s reguliruemym austenitnym prevrasheniem pri ekspluatacii [Structure and hardening of steel with controlled austenitic transformation during operation]: dis. … kand. tekhn. nauk: 05.16.01. Моsкvа, 113s. [Google Scholar]
- Mes’kin V.S. (1959) Osnovy legirovaniya stali [Basics of steel alloying] – М.: Metallurgizdat. – 688s. [Google Scholar]
- Sydorchuk О.М., Мyroniuk D.V., Radchenko O.K., Gogaev К.О., Hongguang Ye. (2019) Pidvyshennya teplostiykosti ta vlastyvostey shtampovoi stali z regulyuvannyam austenitnogo peretvorennya pry ekspluatacii [Increase in heat resistance and power of die steel due to regulation of austenitic transformation during operation]. – Меtaloznavstvo tа оbrobka metaliv. – Metal science and processing of metals, № 2, S. 19-25. [Google Scholar]
- Sydorchuk О.М., Gogaev К.О., Radchenko O.K., Мyroniuk L.A., Мyroniuk D.V. (2020) Термічна обробка штампової сталі підвищеної стійкості [Thermal processing of die steel with increased resistance]. – Меtaloznavstvo tа оbrobka metaliv. – Metal science and processing of metals, № 2. – S. 29-37. [Google Scholar]
- Sydorchuk О.М., Мyroniuk L.A., Мyroniuk D.V., Gogaev К.О., Radchenko O.K. (2020) Shampova kovana stal’ 4Kh4N5M4F2 pidvyshenoi stiykosti [Die forged steel 4Kh4N5M4F2 with increased resistance]. – Меtaloznavstvo tа оbrobka metaliv. – Metal science and processing of metals, № 4. – S. 311. [Google Scholar]
- Sydorchuk О.М. (2013) Fazovo-strukturniy stan stali 40Kh3N5M3F v procesi perekrystalizacii [Phase-structural mill steel 40Kh3N5M3F in the process of recrystallization]. – Sovremennye problem fizicheskogo materiallovedeniya. – Modern problems of physical materials science. Vypusk 22. [Google Scholar]
- Gogaev К.О., Sydorchuk О.М., Radchenko O.K., Mamonova A.A., Koval’ O.Yu., Luk’yanchuk V.V. (2014) Shampova stal’ dlya garyachogo deformyvannya z regulyovanym austenitnym peretvorennyam, oderzhana elektroshlakovym lyttyam [Die steel for hot forming with controlled austenitic transformations, made with electroslag castings] Sovremennye problem fizicheskogo materiallovedeniya. – Modern problems of physical materials science, № 1. – S. 40-45. [Google Scholar]
- Gogaev К.О., Radchenko O.K., Sydorchuk О.М., Luk’yanchuk V.V. (2015) Tekhnologiya vygotovlennya shampovoi stali 40Kh3N5M3F [Technology for the preparation of die steel 40Kh3N5M3F for hot deformation]. – The main complex program of the National Academy of Sciences of Ukraine “Problems of resource and safety of operation of structures, spores and machines” (Kyiv: Institute of Electrical Engineering named after Y.O. Paton of the National Academy of Sciences of Ukraine), S. 669–672. [Google Scholar]
- Sydorchuk О.М., Myslyvchenko O.M., Gogaev К.О., Hongguang Ye. (2022) Struktura ta vlastyvosti kovanoi stali z regulyuvannyam austenitnogo peretvorennya, pislya termichnoi obrobky ta ekspluatacii kolis ekstruderiv dlya garyachogo deformuvannya midi [The structure and power of forged steel with regulation of austenitic transformation, after thermal processing and operation of extruders for hot deformation midi]. – Fizyko-khimichna mekhanika materialiv. – Physical and chemical mechanics of materials, № 1. – S. 112118. [Google Scholar]
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