Velikanova Tamara

Prof. Velikanova"s Home Page

Scientific interest

Prof. Velikanova has supervised investigation of many alloy systems, including those ones as follows:

• alloys of systems based on Mo, W, and Cr with d-metals and carbon and elaboration of theoretic basis for creation of eutectic high-temperature alloys metal-carbide and hard facing alloy of cast tungsten carbide type, as followed systems: W–dM–C, Mo–dM–C, Sc–dM–C, Cr–dM–C, dM–Si-B, etc.,
• the Ti-corners were studied for the systems Ti-B-X and Ti-Al-B-X (where X is Si, Ge, Sn, V, or Nb).
• studying the d-metal-carbide and titanium-boride eutectics. The titanium alloys containing boride were studied in the frame of partner STCU project P-060.

Scientific awards

• Frantsevich Prize of National Academy of Sciences (1987);
• State Prize of Ukraine (1991).

Biography

Prof. Tamara Velikanova is world-acknowledged specialist in materials science. She works in the field of alloy investigations and phase diagrams of ternary and multinary (multicomponent) systems. She has a great experience in the studying of alloy properties as a base for new materials development and technological background for production of alloys. She has 4 monographs and more than 250 scientific publications, 1 patent of Former USSR.

Publications

• INFORMATION ON THE ANNUAL REPORT OF THE UKRAINIAN PHASE DIAGRAMS AND THERMODYNAMICS COMMISSION (2023)
  M.А. Turchanin, K.Kornienko, T.Velikanova (2023) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.141-147
• INFORMATION ON THE ANNUAL REPORT OF THE UKRAINIAN PHASE DIAGRAMS AND THERMODYNAMICS COMMISSION
  (2022)
  M.A. Turchanin, T.Velikanova, K.Kornienko (2022) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.116-126
• Phase EQUILIBRIA in the Tі–CuTi₂–CuZr₂–Zr REGION of the ternary Cu–Ti–Zr SYSTEM 
  A.Storchak, T.Velikanova, V.Petyukh, A.Samelyuk, V.B. Sobolev, M.Bulanova (2022) Powder Metallurgy, #05/06, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.99-113
• Information on the annual report of the ukrainian phase diagrams and thermodynamics commission (2021)
  M.A. Turchanin, T.Velikanova, K.Kornienko (2021) Powder Metallurgy, #09/10, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.150-158
• PHASE EQUILIBRIA AND PHASE TRANSFORMATIONS AT HIGH TEMPERATURES IN TERNARY ALLOYS OF THE Ni–Ti–Zr SYSTEM AT 50‒100 Ni at.%
  A.Storchak, T.Velikanova, L.V.Artyukh, A.V.Grytsiv, M.A.Turchanin, P.G.Agraval, V.Petyukh (2019) Powder Metallurgy, #03/04, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.111-123
• PHASE EQUILIBRIA IN THE TERNARY Al—Ti—Pt SYSTEM
  III. THE Al—Ti—Pt MELTING DIAGRAM IN THE COMPOSITION RANGE 0–50 at.% Pt
  А.Zaikina, V.Khoruzhaya, K.Kornienko, T.Velikanova (2019) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.104-112
• PHASE EQUILIBRIA IN THE TERNARY Al—Ti—Pt SYSTEM
  I. SOLIDUS SURFACE OF THE Al—Ti—Pt SYSTEM IN THE RANGE 0–50 at.% Pt
  O.V.Zaikina, V.G.Khoruzhaya, K.Kornienko, K.Meleshevich, D.V.Pavlyuchkov, T.Velikanova (2018) Powder Metallurgy, #09/10, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.111-124
• PREDICTION OF GLASS-FORMATION COMPOSITION RANGES FOR MULTICOMPONENT MELTS WITHIN THE CALPHAD METHOD
  M.A.Turchanin, P.G.Agraval, T.Velikanova, A.A.Vodopianova (2018) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.75-92
• PHASE EQUILIBRIA IN THE ALUMINUM CORNER OF THE Al–Ti–Pt SYSTEM
  O.V.Zaikina, V.Khoruzhaya, K.Kornienko, T.Velikanova (2018) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.144-158
• PHASE EQUILIBRIA IN THE Cu–Ti–Zr SYSTEM AT 750 °С
  . ІI. THE ISOTHERMAL SECTION With COPPER CONTENT FROM 50 TO 100 at.%
  A.Storchak, L.Artukh, A.V.Grytsiv, P.G.Agraval, M.A.Turchanin, T.Velikanova (2017) Powder Metallurgy, #03/04, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.131-142
• PHASE EQUILIBRIA IN THE Cu–Ti–Zr SYSTEM AT THE TEMPERATURE OF 750 °С.
  I. THE ISOTHERMAL SECTION WITH COPPER CONTENT FROM 0 TO 50% (at.)
  A.Storchak, L.Artukh, L.A.Duma, P.G.Agraval, M.A.Turchanin, T.Velikanova (2017) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.102-114
• Structure and Properties of TiAl Alloys Doped with Niobium and Chromium
  M.Remez, Y.Podrezov, A.Bondar, V.Witusiewicz, U.Hecht, V.Voblikov, N.Tsyhanenko, Y.Yevich, T.Velikanova (2016) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.119-140
• Structure of Nb–Mo–B Alloys in the Nb–NbB–MoB–Mo Region and Phase Equilibria at Melting–Solidification Temperatures
  O.Potazhevskaya, A.Bondar, L.А.Duma, V.B.Sobolev, T.Velikanova (2016) Powder Metallurgy and Metal Ceramics, Т.11, #54, P.712-724
• Thermodynamic modelling of the ternary B–Mo–Ti system with refined B–Mo description
  V.T.Witusiewicz, A.Bondar, U.Hecht, O.Potazhevskaya, T.Velikanova (2016) Journal of Alloys and Compounds, #655, P.336-352
• Structure of B-Mo-Nb Alloys and Phase Equilibria in the Range of Melting-Solidification
  O.Potazhevskaya, A.Bondar, L.А.Duma, V.B.Sobolev, T.Velikanova (2016) Journal of Phase Equilibria and Diffusion, Т.2, #37, P.212-221
• Structure of Nb–Mo–B Alloys in the Nb–NbB–MoB–Mo Range and Phase Equilibria at Melting–Solidification Temperatures
  O.A.Potazhevska, A.Bondar, L.A.Duma, V.B.Sobolev, T.Velikanova (2015) Powder Metallurgy, #11/12, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.100-113
• Cocrystallization of MAX-Phases in the Ti–Al–C System
  S.Slieptsov, A.Bondar, V.T.Witusiewicz, U.Hecht, B.Hallstedt, V.Petyukh, A.Dovbenko, T.Velikanova (2015) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.111-124
• Phase Equilibria in the Melting/Solidification Range of B-Mo-Ti Alloys
  O.Potazhevskaya, A.Bondar, L.A.Duma, V.Petyukh, V. B.Sobolev, T.Velikanova (2014) Powder Metallurgy, #03/04, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.135-150
• Structure of alloys of the Nb—Mo—В system in the region Nb—NbB—MoB—Mo
  O.Potazhevskaya, A.Bondar, L.A.Duma, A.Dovbenko, V.B.Sobolev, T.Velikanova (2012) Modern Problems in Physical Materials Science, #21, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.34-42
• Liquidus Surface and Melting Diagram of the Al–Ti–Pd System in the Al–AlPd–TiPd–Ti Region
  А.Zaikina, V.Khoruzhaya, K.Kornienko, T.Velikanova (2012) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.110-123
• The Al–Cr–Fe Phase Diagram.
  I. Phase Equilibria at Subsolidus Temperatures for Composition Range 58–100 at.% Al
  V.Khoruzhaya, K.Kornienko, D.Pavlyuchkov, B.Grushko, T.Velikanova (2011) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.106-123
• The Al–Cr–Fe Phase Diagram.
  II. Liquidus Surface and Phase Equilibria for Crystallization of 58–100 at.% Al Alloys
  V.Khoruzhaya, K.Kornienko, D.Pavlyuchkov, B.Grushko, T.Velikanova (2011) Powder Metallurgy, #03/04, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.117-132
• Phase Equilibria in the Quaternary Ti–Si–B–C System as A Basis for Developing New Ceramic Materials
  T.Velikanova, .Turchanin, K.Kornienko, A.Bondar, P.G.Agraval, V.Kartuzov (2011) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.11-24
• Structure and Properties of Titanium–Aluminum Alloys Doped with Niobium and Tantalum
  A.Bondar, V.T.Vitusevich, U.Hecht, M.V.Remez, V.M.Voblikov, N.Tsyhanenko, Y.Yevich, Y.Podrezov, T.Velikanova (2011) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.25-45
• Solidus Surface of the Al–Ti–Pd System in the Al–AlPd–TiPd–Ti Region
  А.Zaikina, V.Khoruzhaya, K.Kornienko, T.Velikanova (2011) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.46-59
• Effect of Doping with р-Elements (Al, Si, Ge, Sn) and Zirconium on the Structure and Properties of Titanium-Boride Eutectic Alloys
  N.Tsyhanenko, A.Bondar, O.Belous, L.Artukh, S.Artyukh, V.Voblikov, D.Verbylo, T.Velikanova, S.Firstov (2011) Powder Metallurgy, #07/08, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.133-156
• The Al–Cu–Ir Isothermal Section at 800 °C in the Aluminum-Rich Range
  D.O.Kapush, B.Grushko, T.Velikanova (2010) Powder Metallurgy, #01/02, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.100-107
• Thermodynamic evaluation of phase equilibrium in ternary system Mo-Fe-Cr
  T.Velikanova, †V.Danilenko, O. Rubashevskiy† (2008) Mathematical Models and Computing Experiment in Material Science, #10, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.3-20
• Phase Equilibria in the Nickel Corner of the Mo-Ni-B System at Temperatures Close to the Melting Point
  V.Kubliy, V.Kubliy, A.Bondar, S.Utkin, V.Petyukh, S.Lysenko, T.Velikanova (2008) Powder Metallurgy, #03/04, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.69-83
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  D.Pavlyuchkov, B.Pzhepyuzhinskiy, B.Grushko, T.Velikanova (2008) Powder Metallurgy, #11/12, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.94-98
• Phase equilibriums in Ті-Re-С system at melting-crystallization temperatures
  V.Kubliy, L.Artukh, S. Artukh, T.Velikanova (2007) Modern Problems in Physical Materials Science, #16, Kiev: Frantsevich Institute for Problems of Materials Science NASU, P.18-26
• Physico-chemical investigation of compounds interaction in the System Si-Al-O-N-Ti in the field Si3N4-AlN-Al2O3-SiO2-TiN-TiO2. 1.Subsystems: Si3N4-Al2O3, Si3N4-TiN and Al2O3-TiN of system Si-Al-O-N-Ti
  L.Sartinska, V. Khoruzhaya, P. Martsenyuk, K. Meleshevitch, T.Velikanova (2001) Powder Metallurgy, #7-8, P.88-93