Zobrazeno 1 - 10
of 51
pro vyhledávání: '"S. O. Muradyan"'
Publikováno v:
Russian Metallurgy (Metally). 2022:770-777
Publikováno v:
Russian Metallurgy (Metally). 2022:559-568
Publikováno v:
Izvestiya. Ferrous Metallurgy. 65:190-199
The new casting austenitic Cr – Ni – Mn steel with 0.5 % N (grade 05Kh21AG15N8MFL) surpasses the casting steel of the 18Cr – 10 Ni type used for comparison in the entire range of climatic temperatures. In this part of the article, attention is
Publikováno v:
Russian Metallurgy (Metally). 2022:29-34
Publikováno v:
Metallurgist. 65:1095-1099
Autor:
L. G. Rigina, S. O. Muradyan, A.A. Makarov, M. V. Kostina, M.A. Druzhnov, A. E. Kudryashov, S. A. Krylov, Valentina Kostina
Publikováno v:
Russian Metallurgy (Metally). 2021:1060-1074
The structure, phase composition, static strength, and impact toughness of 10Kh3A steel of two heats with a nitrogen content higher than the solubility limit under standard conditions (from here on, overequilibrium content of 0.105 and 0.173% N at [C
Publikováno v:
Steel in Translation. 51:168-179
The features of the chemical composition and structural-phase state of the metal samples of 18Cr–10Ni steel (AISI 304) are investigated which could promote the appearance of general corrosion damage and formation of pittings on parts made of this s
Publikováno v:
Russian Metallurgy (Metally). 2020:422-425
The structure and the mechanical properties of low-carbon low-alloy 10Kh3A steel with an overequilibrium nitrogen content (0.20 wt %) are studied after heat treatment under various conditions. The quenching (950°C) and tempering (400°C) temperature
Publikováno v:
Steel in Translation. 49:761-770
This study focuses on the laboratory metal’s cold resistance of a new austenitic nitrogen-containing (21–22) Cr–15Mn–8Ni–1.5Mo–V casting steel (Russian grade 05Kh21AG15N8MFL) with a nitrogen content of 0.5% and a yield strength of ~400 MP
Autor:
O. S. Muradyan, S. O. Muradyan
Publikováno v:
Metallurgist. 63:667-671
The article considers conditions for nitrogen bubble formation at the crystallization front for iron and stainless steels. Using the results obtained during plasma-arc remelting, a semi-empirical formula is proposed for calculating maximum permissibl