Issue 37

U. Muhin et alii, Frattura ed Integrità Strutturale, 37 (2016) 305-311; DOI: 10.3221/IGF-ESIS.37.40 311 R EFERENCES [1] Labeish, V.G, Liquid-cooled high-temperature metal L. Because of the LGU, (1983) [2] Nenakhov, V.A., Increase the efficiency of production of hot-rolled bands due to the optimization of the production program of rolling: diss. Candidate. Technical. Science, Lipetsk, LGTU, (2007). [3] Koinov, T.A., Gurov, A.S., Shatalov, R.L., Software tools 50870000614. Economic-mathematical model of continuous hot strip rolling. Programs and algorithms, Inf. Bull., 11 (1987), Moscow, (in Russian). [4] Masur, I.P., Development theory and the improvement of production technology for sheet metal castingrolling complexes: diss. Doctor. Technical. Science, Lipetsk, LGTU, (2003). [5] Koinov, T., Kihara, J., Process Optimization for Hot Strip Mill. Trans. of the ISI of Japan, 26 (1986) 895 – 902. [6] Senichev, G.S., Medvedev, G.A., Denisov, S.A., Medvedev, A.G., Method of calculating the cooling of steel strips on the collecting roller table, Steel, 2 (2007) 77-78. [7] Boyadjiev, I.I., Thomson, P.F., Lam, Y.C., Computation of the diffusional transformation of continuously cooled austenite for predicting the coefficient of thermal expansion in the numerical analysis of thermal stress, ISIJ International, 36(11) (1996) 1413-1419. [8] Mukhin, J.A., Bobkov, E.B., Relationship of hot rolling parameters and kinetics of decomposition of supercooled austenite, Math, University. Iron and steel, 5 (1996) 27-29.