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INDICE BIBLIOGRAFICO

[1] P.Brozzo-M.Capurro, “Acciai strutturali per costruzioni navali e off-shore”, le nuove tecnologie dei materiali e le loro applicazioni in campo navale, Accademia Navale di Livorno, Aprile ’95, pp.99-129.

[2] T.Gladman, “The Physical Metallurgy of Microallyed Steels”, the institute of materials, 1997.

[3] ECSC Workshop proceedings: Modelling of steel microstructural evolution during thermomechanical treatment-Bruxelles, gennaio, 1997.

[4] I.Tamura... (et al.): Thermomechanical processing of high strenght low-alloy steels-Butterworth & Co. (Publishers) Ltd, 1988.

[5] A.J.De Ardo, C.I.Garcia, e E.J.Palmiere, “Thermomechanical Processing of Steel”, Materials Handbook, pp.236-253.

[6] T.Gladman, F.B.Pickering, Iron Steel Inst., Giugno 1967, p.653

[7] R.I.L.Guthrie and J.J.Jonas, “Steel Processing Technology”, Materials Handbook, p.115

[8] Y.Zheng,G.Fitzsimons, e A.J.De Ardo, HSLA Steels: “Technology and Applications” American Society for Metals,1984, p.85

[9] J.C.Anderson, K.D.Leaver: Scienza dei Materiali, Sansoni Editore, 1980, pp.200-201

[10] W.F.Smith: Foundation of materials science and engeneering, McGrow-Hill, 1993, pp.172-173.

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[12] F.B.Pickering: The optimisation of microstructures in steel and their relationship to mechanical properties.

[13] W.B.Morrison, Trans.ASM Quart. 59, 1966, p. 825

[14] E.O.Hall, Proc. Phys. Soc., 1951, 64B, 747.

[15] N.J.Petch, Journ. Iron. Steel Inst., 1953, 174, p.25.

[16] Stanislaw Zajac, Grain refinement by intragranular ferrite nucleation on precipitates in microalloyed steels (literature review). Swedish Institute for metals research, protocollo ECSC 7210-PR-289.

[17] A.Takahashi-M.Iino: Thermomechanical control process as a tool to grain-refine the low manganese containing steel for sour service line pipe-ISIJ, 1996.

[18] E.T.Turkdogan, “Causes and effects of nitride and carbonitride precipitation during continuos casting” - Iron Steelmaker 16 (1989), pp.61-75

[19] B.Hutchinson, J.Komenda, B.Rodell, T.Siwecki and S.Zajac, Analysis of AF Nucleation in HSLA steels, progress report, ECSC project No 7210-PR-037, (2000).

[20] S.Zajac, T.Siwecki, B.Hutchinson, L-E. Svensson and M.Attlegard, The influence of plate production processing route, heat input and nitrogen on the HAZ toughness in Ti-V microalloyed steel, Swedish Institute for metals research, report IM-2764, (1991).

[21] T.Kimura, A.Ohmori, F.Kawabata, and K.Amano, Ferrite grain refinement through intra-granular ferrite transformation VN precipitates in TMCP of HSLA steel, Thermec 97, (1997), pp.645-651.

[22] T.Kimura, F.Kawabata, K.Amano, A.Ohmori, M.Okatsu, K.Uchida and t.Ishii, Heavy gauge H-shapes with excellent seismic-resistance for building structures produced by

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[23] F.Ishikawa and T.Takahashi, The formation of intragranular ferrite plates in medium-carbon steels for hot-forging and its effect on the toughness, ISIJ Int.,(1995), pp.1128-1133.

[24] A.Ohmori, K.Oi, F.Kawabata and K.Amano, “Effect of VN Precipitates on Grain Boundary and Intragranular Ferrite in a High N and V Bearing Steel", journal ISIJ,Vol.84 (1998), pp.797-803.

[25] K.Yamamoto, S.Yoshida, K.Watanabe, “Process for Producing Rolled Shape Steel Material having high Strength, High Toughness and excellent Fire Resistance”, US Patent 5421920, (1995).

[26] F.Ishikawa, T.Takahashi and T.Ochi, “Intragranular Ferrite Nucleation in Medium-Carbon Vanadium Steels”, Met.Trans.,Vol.25A, (1994), pp.929-936.

[27] T.Kimura, “Effect of Thermo-mechanical Control Process and Intragranular Ferrite Formation on Ferrite Grain Refinement of HSLA steels”, CAMP-ISIJ, Vol.9, (1996), p.1136.

[28] M.Enomoto, “The Mechanisms of Ferrite Nucleation at Intragranular Inclusion in Steels”, International Conference on Thermomechanical Processing of Steel & Other Material, Edited by T.Chandra and T.Sakai The Minerals, Metals & Materials Society, (1997), pp.427-433.

[29] F.Ishikawa, T.Takahashi and T.Ochi, “Mechanism of Intragranular Ferrite Nucleation”, Solid-Solid Phase Transformations, Eds.W.C.Johnson, J.M.Howe, D.E.Laughlin and W.A.Soffa, The Minerals, Metals & Materials Society, (1994), pp.171-176.

[30] J.M.Gregg and H.KD.H. Bhadeshia, “Titanium-Rich Mineral Phases and the Nucleation of Bainite “, Met.Trans, Vol.25A, (1994), pp.1603-1611.

[31] J.M.Gregg and H.KD.H. Bhadeshia, “Solid-State Nucleation of Acicular Ferrite on Minerals Added to Molten Steel”, Acta Metall.Mater., Vol.45, (1997), pp.739-748.

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[32] J.M. Gregg and H.KD.H. Bhadeshia, “Bainite Nucleation from Mineral Surfaces., Acta Metall.Mater., Vol.42, (1994), pp.3321-3330.

[33] P.R.Howell and R.W.K.Honeycomb, “Crystalographic Aspects of Diffusional Phase Transformation in Metals and Alloys”, Proc. Int. Conf. on Solid-Solid Phase Transformations, Ed. H.I. Aaronson et al., TMS-AIME, (1982), pp.399-425.

[34] R.G. Baker and J.Nutting, “The Tempering of a Cr-Mo-V-W and a Mo-V Steel, Precipitation Processes in Steels”, ISI Report No 64, London, (1969), pp.1-22.

[35] T.Ohashi, H.Tamehiro and M.Takahashi, “Heterogeneous Nucleation During Solidification and Solid-Solid Phase Transformation in Steel”, The Bulletin of the Japan Institute of Metals, Vol.34, (1997), pp.159-166.

[36] B.L.Bramfitt, “The Effect of Carbide and Nitride Additions on the Heterogeneous Nucleation Behaviour of Liquid Iron”, Metall.Trans., Vol.1, (1970), pp.1987-1994.

[37] M.Enomoto and C.Atkinson, “Diffusion-controlled Growth of Disordered Interphase Boundaries in Finite Matrix”, Acta Metall.Mater., Vol.41 (1993), pp.3237-3244.

[38] P.Qiu and M.Nagumo, “Effect of Austenitising Temperature on Intragranular Proeutectoid Ferrite Nucleation in a V-N steels”, Journal ISIJ, Vol.85, (1999), pp.45-51.

[39] R.Lagneborg, T.Siwecki, S.Zajac and B.Hutchinson, The Role of Vanadium in Microalloyed Steels”, Scand.J.Metall., Vol.28, (1999), pp.186-241.

[40] S.F.Medina and A.Quispe, “Influence of Strain Rate on Recrystallisation –precipitation Interaction in V, Nb and V-Ti microalloyed steels”, Mat.Sc.Tech., Vol.16, (2000), pp.635-642.

[41] P.Qiu and M.Nagumo, “Growth kinetics of Intergranular Allotriomorph Ferrite in V-containing Steels”, Journal ISIJ, Vol.84, (1998), pp.375-380.

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[42] P.Qiu and M.Nagumo, “Effect of Isothermal Holding in Austenite Region on Proeutectoid Ferrite Growth Rate in a V-C-N Steels”, Journal ISIJ, Vol.84, (1998), pp.592-597.

[43] Y.Matsushima, “Properties of high-toughness steel and high-strength microalloyed steel in hot forged components, CAMP-ISIJ, Vol.5, (1992), pp.781-784.

[44] T.Ichinose, ”Effect of S addition on Intragranular Nucleation of Ferrite Particles”, CAMP-ISIJ Vol.5 (1992), pp.777-780.

[45] H.Mabuchi and S.Aihara, “Control of Microalloying Elements for Improved Performance of Thick Plates”, Materia Japan (The Bulletin of the Japan Institute of Metals), Vol.34, (1995), pp.301-305.

[46] H.Mabuchi, R.Uemori, and M.Fujioka, “The role of Mn Depletion in Intra-Granular Ferrite Transformation in the Heat Affected Zone of Welded Joints with Large Heat Input in Structural Steels”, ISIJ Int., Vol.36, (1996), pp.1406-1412.

[47] D.Rossi, “Pratica Utilizzo Gleeble. Depliant illustrativo Riva Acciai S.P.A., 2003.

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