Dmytro Fedorov

Monday, 25th September 2017, 12:32
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Position: Authorized representative in India, scientific consultant at Fluidtherm Technology (India) and Owner of PC LADOTHERM, Ukraine.
Address: 10-93 Arkhitektora Verbytskogo Str., Kyiv, Ukraine, 02068
Phone: +38-044-562-5114
Fax: +38-044-562-5114
Home page: go to >>
E-mail: dfn_info<AT>diolla.net.ua

2003 Ph.D. in Industrial Heating and Thermal Physics, Gas Institute of NASU, Kyiv, Ukraine. 

Research interests: 

  • Gas thermal treatment of dispersed metals and sintered parts

    • reduction and decarbonizing
    • sintering and carbonizing
  • Аnnealing and sintering furnace building
  • Gas and water atomization of melts
  • Metallurgy of iron and copper based melts
  • Controlled gas atmospheres production
  • Scientific research of metal powder production by different methods
  • Energy conservation technology for fuel use 
  • Renewable resource of energy and energy conservation technology for fuel use


Honors and awards:
 

  • Prof. Tendulkar National Award (India) for the best presentation at PMAI-2006 on the theme of Hot Gas Atomization.
  • Award from the Ministry of Industry of Ukraine for personal input in the development of National Metallurgy 2009.

Professional membership: 

  • European Powder Metallurgy Association
  • Indian Powder Metallurgy Association (PMAI)
  • Ukrainian Science Club

Selected publications: 

  1. D. Fedorov. Recycling of Secondary Materials to Obtain Copper Powder. Powder Metallurgy for Automotive and Engineering Industry. Editor P. Ramakrishnan. - Naros Publish House. New Delhi- Chennai - Mumbai - Kolkata. - 2009.- p. 131-136. ISBN-978-81-7319-934-9.
  2. A.Nebesny, D.Fedorov, N.Gopinath. Furnaces for iron powder production by hydrogen reduction method. - Proceedings of 5th International Conference “Metals, Welding and Powder Metallurgy” MET-2007, Jurmala, Latvia, 13-14 September 2007, p.69-77. ISBN 978-9984-32-649-2 © Rigas Tehniska universitate, 2007.
  3. L.Dovgan, D.Fedorov. Study of influence of initial materials and alloying process on properties of ferrous powders. - Proceedings of 5th International Conference “Metals, Welding and Powder Metallurgy” MET-2007, Jurmala, Latvia, 13-14 September 2007,p.41-48 ISBN 978-9984-32-649-2 © Rigas Tehniska universitate, 2007.
  4. J.J. Dunkley, D. Fedorov and G. Wolf. A theory of hot gas atomization. 2006 Powder Metallurgy World Congress. Korean Powder Metallurgy Institute. Buxan. S. Korea. p. 10-11.
  5. Федоров Д.Н. Анализ Соотношения Стоимости Шихты Из Вторичных Материалов и Стоимости Их Передела При Производстве Железных Порошков. - Экотехнологии и Ресурсосбережение. - 2006. - № 6. - с.63-66.
  6. Patent No 211922, India, IC B 32 B009/00 - A Method and device for applying a protective carbon coating on metallic surfaces / B.I. Bondarenko, Y Pokotylo, A. Sviatenko, D. Fedorov, Malobika K., A. Sivakumar. - Official Journal of the Patent Office issue No 41/2006, 13.10.2006.
  7. D. Fedorov John J. Dunkley. Theoretical advantages of hot gas atomisation of melts. TRANSACTIONS OF POWDER METALLURGY ASSOCIATION OF INDIA. Volume 32, December 2006, pages 11-16 National Conference on Powder Metallurgy at its Best and 32nd Annual Technical Meeting with Exhibition (PM2006), Hyderabad, India.- January 23-24, 2006.
  8. D. Fedorov. Theoretical background of Hot Gas Atomization of melts. – PM2005 Euro Congress. Conference Proceedings. Volume 2. – Prague, Czech Republic. – 2005. – p. 3-8.
  9. D. Fedorov, Malobika Karanjai, Dr. R. Sundaresan, A. Sivakumar. Selection of alloying method to produce low alloyed iron-based powder. // Порошковая металлургия. – 2005. - №5/6. – c. 8-13.
  10. Федоров Д.М. Енерготехнологічне дослідження та вдосконалення виробництва залізного порошку. Автореферат канд. дис. Київ.- Академ періодика.- 2002. – 24с.