Yury N. Simonov

Professor,
Doctor of technical sciences

Tel./fax: +7 (342) 2-198-475

E-mail: mto@pstu.ru

Affiliations

Head of Metal Science and Heat Treatment of Metals Department, PNRPU.

Publications

М. Georgiev, Yu.Simonov Fracture resistance of iron-carbon alloys. Monograph. Bulgaria, Sofia, Bulvest 2000, 2011, 360 pages, 500 copiesю.
M.N. Georgiev, Yu.N. Simonov Fracture resistance of iron-carbon alloys. Monograph. Perm, PNRPU, 2013, 419 pages, 100 copies.
M.N. Georgiev, Yu.N. Simonov, M.Yu. Simonov Principles of fracture physics and mechanics. Monograph. Perm, PNRPU, 2012, 203 pages, 10 copies.
M.N. Georgiev, M.Yu. Simonov, Yu.N. Simonov Assessment of fracture of impact samples with side cuts. Industrial Laboratory. Material diagnostics, 6 pages, Moscow. ТЕСТ-3Л, 2012.2012), Vol. 78. issue 9., pages 56-61.
Yu.N. Simonov, М.Yu. Simonov, D.P. Poduzov, A.V. Sirnov, I.А. Galimova Transitions, structure and properties of system alloyed low-carbon nickel-free steels. Metal Science and Heat Treatment of Metals, 8 pages, Moscow, Folium, 2012, issue 11, pages 4-11.
V.P. Vylezhnev, S.A. Kokovyakina, Yu.N. Simonov, A.A. Sukhikh Elevation of reliability characteristics of maraging steel 03N18K9M5T by creating a nanotriplex type structure. Metal Science and Heat Treatment, 8 pages, Springer New-York, volume 52, issue 11-12, pages 550-557.
Yu.N. Simonov, A.P. Nishta, S.S. Yugay, A.S. Pertsev Dispersion of the structure of steel 35Kh up to nanolevel with the aim of creating a material for pressure vessels (2011). Metal Science and Heat Treatment, 6 pages, Springer New-York, volume 52, issue 11-12, pages 517-522.
L.Ts. Zayats, D.O. Panov, Yu.N. Simonov Dispersion of the structure of steels under intense thermal effect. Part 2. A study of the effect of alloying system on the evolution of structure in austenization (2011). Metal Science and Heat Treatment, 6 pages, Springer New-York, volume 52, issues 11-12, pages 530-535.
L.Ts. Zayats, D.O. Panov, Yu.N. Simonov Dispersion of the structure of steels under intense thermal effect. Part 1. Choice of optimum alloying system (2011). Metal Science and Heat Treatment, 7 pages, Springer New-York, volume 52, issue 11-12, pages 523-529.
M.Yu. Simonov, M.N. Georgiev, Yu.N. Simonov, A.M. Khanov, G.S. Shaimanov Evaluation of the parameters of texture components of fractures of high-toughness structural steel 09G2S after dynamic tests (2013). Metal Science and Heat Treatment, 5 pages, Springer New-York, volume 54, issue 11-12, pages 600-604.
D.O. Panov, Yu.N. Simonov, P.A. Leont'Ev, A.I. Smirnov, L.Ts. Zayats A study of phase and structural transformations of hardened low-carbon steel under conditions of multiple intense heat effect (2013). Metal Science and Heat Treatment, 5 pages, Springer New-York, volume 54, issue 11-12, pages 582-586.
M.Yu. Simonov, Yu.N. Simonov, A.M. Khanov, G.S. Shaimanov Structure, dynamic crack resistance and fracture mechanisms of quenched and tempered structural steels (2013). Metal Science and Heat Treatment, 8 pages, Springer New-York, volume 54, issue 11-12, pages 587-594.
A.S. Pertsev, Yu.N. Simonov, A.V. Kasatkin, A.D. Bukhalov Formation of enhanced mechanical characteristics in commercial preforms from steel 35Kh by thermomechanical action (2013). Metal Science and Heat Treatment, 6 pages, Springer New-York, volume 54, issue 11-12, pages 565-570.
M.Yu. Simonov, M.N. Georgiev, Yu.N. Simonov, G.S. Shaimanov Evaluation of the sizes of the zone of plastic strain of high-toughness materials after dynamic tests by the method of systematic measurement of microhardness (2013). Metal Science and Heat Treatment, 5 pages, Springer New-York, volume 54, issue 11-12, pages 595-599.
Yu.N. Simonov, M.Yu. Simonov, D.P. Poduzov, A.V. Smirnov, I.A. Galimova Transformations, structure and properties of system-alloyed low-carbon nickel-free steels (2013). Metal Science and Heat Treatment, 7 pages, Springer New-York, volume 54, issue 11-12, pages 558-564.

Projects and grants

2011-2014 State Assignment of Ministry of Education and Science of the Russian Federation, Researching formation processes of ultra-fine grain and nanograin states in alloys based on ferrum of different alloying systems under thermal and mechanical-thermal interaction.

International academic cooperation

Institute of Mechanics of Bulgarian Academy of Sciences (BAS), Sofia, Bulgaria.

Research

Dispersement of steels and alloys structure with thermal and mechanical processing methods in order to get ultimate indices of structural strength.

Teaching

Academic disciplines: History of metal industry and introduction into speciality; Metallurgy technologies; Mechanical properties of metals; Physics and mechanics of strength and fracture.
Staff training: Metallurgy (bachelors), Metallurgy (masters), Material Science and Technology of Materials (masters).
Research and teaching staff training: Material Science (Machine Engineering).