AERODYNAMICS IN SHORT DRUM-TYPE ROTARY FURNACES
Abstract
Results of research of aerodynamics and a heat and mass exchange, including computer simulation, in melting the short drum-type furnaces and options of their modernization` directed to intensity increase of heat exchange processes and thermal effectivness of furnaces, realized in practice and confirmed the efficiency at operation, are given in the article.
About the Author
S. L. Rovin
Technolit Co, Minsk
Belarus
Belarus
Corresponding author: Rovin Sergey, Ph.D in engineering, Director of «Technolit» company, 24 Kolasa str, Minsk, 220113, Belarus. Tel/fax +375 17 292 85 20. email: technolit@list.ru, technolit@tut.by.
References
1. Lisienko V. G., Schelokov Ya. M., Ladygichev M. G. Vraschayuschiesya pechi: teploteknika, upravlenie, ekologiya [Rotary furnaces: heat engineering, management, ecology]. Moscow, Teploteknik Publ., 2004.
2. Zonin B. F., Kazyaev M. P., Kitaev B. I. i dr. Teplotekhicheskie raschety metallurgicheskikh pechey [Heat engineering calculations for metallurgical furnaces]. Moscow, Metallurgiya Publ., 1982.
3. Aratyanov V. A., Buhmirov V. V., Krupennikov S. A. Matematicheskoe modelirovanie teplovoi raboty promyshlennykh pechey [Mathematical simulation of termal actility of industrial furnaces]. Moscow, Metallurgiya Publ., 1990.
Review
For citations:
Rovin S.L. AERODYNAMICS IN SHORT DRUM-TYPE ROTARY FURNACES. Litiyo i Metallurgiya (FOUNDRY PRODUCTION AND METALLURGY). 2015;(1):46-51. (In Russ.)
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