Abstract
The present study focuses on understanding the effect of different flow conditions on the phenomenon of vortex formation in steel making tundish. The current study uses the physical water models supported with mathematical models. The aim of the study is to gain fundamental knowledge about effect of individual flow parameters on vortex generation phenomenon. The results indicate that flow turbulence is the most governing factor for vortex initiation. Outflow rate from steel making tundish, however, affects vortexing phenomenon in more prominent way as compared to inflow to the same steel making tundish. Allowing flow stagnation also helps in delaying the start of vortex phenomenon. This overall study thus is helpful for tundish design optimization or usage of turbulence suppressing flow modifiers for improvising process yield.
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References
Steffen R, Fluid Flow Phenomena and Slag During Drainage of Metallurgical Vessels, International Conference Proceedings on Secondary Metallurgy, RWTH Aachen (1987) p 97.
Gordon J L, Water Power 4 (1970) 137.
Reddy Y R, and Pickford J A, Water Power 3 (1972) 108.
Odgaard A J, J Hydr Eng ASCE 112 (1986) 610.
Piva M, Iglesias M, Bissio P, and Calvo A, Phys A 329 (2003) 1.
Sankaranarayanan R, and Guthrie R I L, Ironmaking Steel Mak 29 (2002) 147.
Morales R D, Davila-Maldonado O, Calderon I, and Morales-Higa K, ISIJ Int 53 (2013) 782.
Li H X, Wang Q, Lei H, Jiang J W, Guo Z C, and He J C, ISIJ Int 54 (2014) 1592.
Li H X, Wang Q, Lei H, Jiang J W, Guo Z C, and He J C, ISIJ Int 56 (2016) 94.
Mazumdar D, Singh O P, Dutta J, Ghosh S, Satish D, and Chakraborty S, Trans Ind Inst Met 64 (2011) 593.
Battaglia V, De Santis M, Volponi V, and Zanforlin M, Steel Res Int 84 (2014) 237.
Michalek K, Gryc K, Socha L, Tkadleckova M, Saternus M, Piperzyca J, Merder T, and Pindor L, Arch Metall Mat 61 (2016) 257.
Michalek K, Gryc K, Socha L, Tkadleckova M, Saternus M, Piperzyca J, Merder T, and Pindor L, Arch Metall Mat 62 (2017) 1467.
Pirker S, Lechner M, and Ernst G, Int J Cast Metals Res 22 (2009) 1.
Mabentsela A, Akdogan G, and Bradshaw S, J Southern African Inst Min Metall 117 (2017) 469.
Mazumdar D, and Guthrie R I L, ISIJ Int 39 (1999) 524.
Chattopadhyay K, Isac M, and Guthrie R I L, ISIJ Int 50 (2010) 331.
Jha P K, Dash S K, and Kumar S, ISIJ Int 41 (2001) 1437.
Jha P K, Rao P S, and Dewan A, ISIJ Int 48 (2008) 154.
Sahai Y, and Burval M D, Electr Furnace Conf Proc I.S.S. Publ, 50 (1992) 469.
Singh S, and Koria S C, ISIJ Int 33 (1993) 1228.
Paul R W, and Whitaker F T, Electr Furnace Conf Proc I.S.S. Publ, 50 (1992) 197.
Mazumdar D, Yamanoglu G, Shankarnarayanan R, and Guthrie R I L, Steel Res Int, 66 (1995) 14.
Merder T, Saternus M, Warzecha M, and Warzecha P, Metalurgija 53 (2014) 323.
ANSYS Fluent Theory Guide Version 18.2.
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Gupta, A., Kumar, R. & Singh, R.K. Modeling Study for Understanding of Fluid Dynamics of Vortex Formation in Tundish Operation. Trans Indian Inst Met 74, 1895–1905 (2021). https://doi.org/10.1007/s12666-021-02281-y
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DOI: https://doi.org/10.1007/s12666-021-02281-y