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References  

       

       1.The theory and practice of the continuous casting of steel/   Smirnov A.N.,Glazkov A.Ya., Pilyushenko V.L. et al.– Donetsk: DonGTU, 2000. – 371 P.

        2. Emelyanov V.A. Heat work of the continuous casters of purveyances. – M.: Metallurgy, 1988.– 143 P.

        3. Niskovskih V.M., Karlinskiy S.E., Berenov A.D. The continuous  slab casters. – M.:Metallurgy, 1991. – 272 P.

        4. Markov B.L., the Kirsanov A.A. Physical simulation in metallurgy. – M.: Metallurgy, 1984. – 119 p.

        5. Thomas B.G. Mathematical modeling of the continuous slab casting mold: and state of the art review// AIME SteelMaking Conference Proceedings(Washington, USA, 1991). – Washington, 1991. – V.74. – P.105-118.

        6. Choudary S.K., Mazumdar D. Mathematical modelling of transport phenomena in continuous casting of steel// ISIJ International.– 1994. – V.34. – N.7. – P.584-592.

        7. Nikitenko N.I. Theory of heat and mass transfer. – K.:Sciense mind, 1983. – 352P.

        8. Isachenko V.L., Osipova V.L., Sukomel A.S. The heat-transfer process. – M.:Energoisdat, 1981. – 416 P.

        9. Mizikar E.A. Mathematical heat transfer model for solidification of continuously cast steel slabs// Transactions TMS-AIME.– 1967. – V.239. – P.1747-1753.

        10. Brimapombe J.K. Empowerment p knowledge – toward the intelligent mould for the continuous casting of steel billets//AIME SteelMaking Conference Proceedings (Dallas, USA, March 1993). – Dallas, 1993. – V.76.  – P.3-26.

        11. Estimatical and experimental investigation of the thermal modes billet forming / A.N.Cherepanov, V.N.Popov, R.S.Ayzatulov et al.// Izv.VUZ. Black metallurgy. – 1997. – Ή 8. – P.43-47.

        12. Mathematical Simulation of Steel Shell Formation in Slab Casting/ G.Xia, R.Martinelli, Ch.Furst, H.Preslinger// Innovation Session (Linz, Austria, May 1996). – Linz, 1996. – N.6. – P.1-10.

        13.Fundamental research on solidification involved in continuous casting of steel/K.Kawakami, T.Kitagawa, To.Murakami et al.// Nippon Kokan Technical Report. – 1982. – N.36. – P.26-41.

        14.Bauman G.G. The calculation of billets temperature cross sectoins// Black metals. – 1969. – Ή26. – P.41-47.

        15.Gilles H.G. Development of thermal solidification models for bethlem's slab casters// AIME SteelMaking Conference Proceedings (Dallas, USA, March 1993). – Dallas, 1993. – V.76. – P.315-328.

        16.Thomas B.G. The importance of numerical simulations for further improvements of the CC process// Innovation Session (Linz, Austria, June 2000). – Linz, 2000. – Paper N.7. – P.1-11.

        17.Paksonov V.M., Polegaev V.I., Chudov L.A. Mathematical simulation of the teat and mass transfer processes. – M.: Science, 1984.– 288 P.

        18.Anderson D., Tannehill Dg., Pletcher R. Computing hydromechanics and heat exchange: In 2 t. – M.: World, 1990.– T.1. – 384p. – T.2. – 343 P.

        19.Eronko S.P., Bikovskih S.V. Physical simulation of processes of ladle treatment and casting of steel.- To.:Technic,1998.- 136 P.

         20. Povh I.L. Engineering hydromechanics. M.: Engineering industry, 1969.- 524 P.

        21. The influences of the argon injection processes in the stream of steel on  billet/ E.V. Shtepan, G.A.Redko, V.E. Ukhin, A.V. Naumenko et al//Science works of DonNTU. Metalurg³ya. Vip. 102, - Donetsk: DonNTU,2005, - P.56-63.

        22. Shtepan E.V., Naumenko A.V., Uhin V.E. Investigation of the  processes cone appearance during flowing of metal from tundish to mould // Metallurgy and treatment of metals (The issue 8). Materials of scientific and technical conference of students of phisical-metallurgical faculty.- Donetsk:DonNTU, 2005.

 

 

 

 

 

 

 

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