Search Results - "Shivanyuk, V.N."

Change in the electron structure caused by C, N and H atoms in iron and its effect on their interaction with dislocations by Gavriljuk, V.G., Shivanyuk, V.N., Shanina, B.D.

“…Based on the ab initio calculations of the electron structure, it is shown that nitrogen and hydrogen in the iron increase the state density at the Fermi…”
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Diagnostic experimental results on the hydrogen embrittlement of austenitic steels by Gavriljuk, V.G., Shivanyuk, V.N., Foct, J.

“…Three main available hypotheses of hydrogen embrittlement are analysed in relation to austenitic steels based on the studies of the hydrogen effect on the…”
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On a role of hydrogen-induced ε-martensite in embrittlement of stable austenitic steel by Shivanyuk, V.N., Foct, J., Gavriljuk, V.G.

“…Effect of the hydrogen-caused γ→ε transformation on hydrogen embrittlement (HE) of AISI 310 type austenitic steel is studied. Using the alloying with silicon…”
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Moessbauer study and thermodynamic modeling of Fe-C-N alloy by Balanyuk, A.G., Gavriljuk, V.G., Shivanyuk, V.N., Tyshchenko, A.I., Rawers, J.C.

“…Moessbauer spectroscopy and Monte Carlo computer simulation have been combined to understand the reason for the solid-solution stability of Fe-0.93 C-0.91 N…”
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Mechanisms of Hydrogen Embrittlement of Austenitic Stainless Steels by Gavriljuk, V.G., Shivanyuk, V.N., Foct, J.

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Hydrogen-enhanced microplasticity of austenitic steels studied by means of internal friction by Shivanyuk, V.N, Foct, J, Gavriljuk, V.G

“…Hydrogen-induced damping at low temperatures is studied in austenitic steels Cr18–Ni16–Mn10, Cr25–Ni20 and Cr25–Ni40. The orientation dependence of the…”
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Mössbauer study and thermodynamic modeling of Fe–C–N alloy by Balanyuk, A.G., Gavriljuk, V.G., Shivanyuk, V.N., Tyshchenko, A.I., Rawers, J.C.

“…Mössbauer spectroscopy and Monte Carlo computer simulation have been combined to understand the reason for the solid-solution stability of Fe–0.93 C–0.91 N…”
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Effect of hydrogen on atomic bonds in austenitic stainless steel by SHIVANYUK, V. N, SHANINA, B. D, TARASENKO, A. V, GAVRILJUK, V. G, FOCT, J

“…Hydrogen-caused decohesion was one of the first mechanisms proposed for the explanation of hydrogen-induced embrittlement in metals and alloys. It is often…”
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