国内外铁素体轧制的研究和应用

摘要/Abstract

摘要： 超薄热轧带钢(<1.2mm)的铁素体轧制(低温轧制)能显著节约能源和降低生产成本。当前迅速发展的薄板坯连铸连轧技术为铁素体轧制的发展与应用创造了良好的条件。已采用铁素体温轧工艺的钢板为低碳钢薄板和微合金化钢薄板。总结了铁素体轧制时流动应力,再结晶,轧后产品组织和性能的研究现状和铁素体轧制的应用情况。

关键词: 薄带, 铁素体轧制, 流动应力, 再结晶, 组织和性能

Abstract: Ferrite rolling-warm rolling for ＜1.2 mm extra-thin hot rolling strip can save energy and decrease production cost. Current quick development of dun slab continuous casting and rolling technology contributes a good condition to develop and apply the ferrite rolling. Hie low carbon steel thin sheet and microalloying steel thin sheet have been produced by ferrite-warm rolling process. The research status of flow stress, recrystallization, microstructure and properties of ferrite rolled products, and application situation of ferrite rolling are summarteed in this paper.

Key words: Thin Strip, Ferrite Rolling, Flow Stress, Recrystallization, Structure and Properties

徐光, 徐楚韶, 赵嘉蓉. 国内外铁素体轧制的研究和应用[J]. 特殊钢, 2005, 26(5): 35-38.

Xu Guang , Xu Chushao , Zhao Jiarong. Research and Application of Ferrite Rolling at Home and Abroad[J]. Special Steel, 2005, 26(5): 35-38.

参考文献

[1] Appell B.Feritte Rolling. Journal c£ Mechanical Working Technology, 1978(2):197
[2] Hayashi C.Gcamoto T. Manufacture of Deep-drawing Sheet by Warm Rolling. Sheet Metal Industries, 1978( 11): 1234
[3] Bamert M R, Jonas J J. Influence of Ferrite Rolling Temperature on Microstructure and Texture in Deformed Low C and IF Steel. ISIJ International, 1997,37(7) :697
[4] Barnett M R and Jonas J J. Distinctive Aspects of the Physical Metallurgy of Warm Rolling. ISIJ International, 1999,39(9) ：856
[5] Grossheim H, Schotten K and Bieck W. J. Materials Process. Technol., 1996,60,609
[6] Satio Y. Trans. Iron and Steel Institute of Japan, 1987,27,419
[7] Huang C, Hawbolt E B,Chen X,et al. Flow Stress Modeling and Warm Rolling Simulation Behavior of Two Ti-Nb Interstitial-Free Steels in the Ferrite Gerion. Acta Mater, 2001,49( 8): 1445
[8] Pan Y and Lenard J G. Steel Research, 1994,65(6)：248
[9] Bieck W. Processing, Properties and Fabrication of Ultra-Low-CartxHi Steels. ISS Continuing Education. Indianapolis, IN, 1997,3
[10] Doherty R D, Hughes D A, Humphreys F J,et al. Materials of Science and Engineering, 1997, A238,219
[11] Najafi-Zadeh, Yue S and Jonas J J. Influence c£ Hot Strip Rolling Parameters on Austenite Recrystallization in Interstitial Free Steels. ISIJ International, 1992,32(2)：213
[12] Najafi-Zadeh A, Jraias J J and Yue S. Metall. Trans. A, 1992,23A, 2607
[13] Matsubara Y.Tsuji N and Saito Y. International Conference on Hiermomechanical Processing Of Steels and Other Materials (THERMEC' 97) ,ed. By T. Chandra and T. Sakai, TMS-A1ME, Wairendale, PA, 1997,654
[14] Baczynski J and Jonas J J. Metall.Trans. A, 1998,29A,447
[15] Cetlin P R, Yue S, Jonas J J,et al. Metall.Trans. A, 1993,24A, 1543
[16] I^ngner H, Bieck W and Greisert C. Modem LC and ULC Sheet Steels for Cold Forming: Processing and Properties, 1, ed. By W. Bieck, Verlag Mainz, Achen ,1998,301
[17] Najafi-Zadeh A, Jonas J J and Yue S. Mater. Sci. Forum, 1993,113, 441
[18] Cetlin P R, Yue S and Jonas J J. Simulated Rod Rolling of Interstitial Free Steels,ISIJ International, 1993,38(4) ：488
[19] Akbari G H,Sellars C M and Whiteman J A. Microstructural Devel- (4>ment during Wann Rolling of an IF Steel, Acta Mater, 1997,45 (12)：5(W7
[20] Belyahov A, Kaibyshev R and Sakai T. Metall. Mater. Trans. A, 1998.29A, 161
[21] Timokhina I B, Nosenkov A I, Hurr^ireys A O,et al. Effect of Alloying Elements on the Microstructure and Texture (rf Warm Rolled Steels, ISIJ International, 2004,717
Tornitz A and Kaspar R. Deep-drawable Sheet of Steel Produced as Hot
[22] Strip by Ferritic Rolling. In： Euromat, 1999,7:94
[23] Tornitz A and Kaspar R. Deep-drawable Thin-gauge Hot Strip of Steel as a Substitution for Cold Strip. ISU Int. 2000,9,927
[24] Kaspar R and Ktithe A. Gebrauchs- und Veraibeitungsdgoischaften Eines Neuen Mikrdegierten Schmiedestahls Mit Ferrit-Bainit/Marten- sit-Geftige. In Schhaicht, VDEh-Gesellschaft ftir Ftirdenmg der Eisenforschung mbH, Dilsseldorf 2000,1
[25] Kaspar R and Ttxnitz A. Ferritic Rolling to Produce Deep-drawable Hot Strips of Steel. In: Proc. Metal 2000, May 2000, Ostrava, Czech Republic.
[26] Kaspar R, Tosal-Martinez L, Richter J, et al. Eigenschaftspotential Von Mikrolegierten Stfihlen ftir Gesenkschmieden. Stahl u. Eisen, 2000,10:95
[27] Kaspar R and Twnitz A. Ferritic Rolling in the Thin Slab Direct Rolling Technology. Intern. Conf, on HiemKHnechanical Processing of Steels, Lmdon 2000,2:607
[28] Leroy V, Depaepe A, Herman J C. Ferritic Hot Rolling of Thin Gauge Hot Strips: Processing and Pn^eities. IntematitHial Syuqxjsium Modern LC and ULC Sheet Steels for Cold Forming: Processing and Pr(4)er- ties, RWTH, Aachen, Germany, March 30 - April 1, 1998, Proceedings pp.51
[29] Herman J C,Leroy V.Ferritic Hot Rolling and the Potential for Hot Rolled and Cold Rolled Products. Hie Future of Flat Rolled Production ,Chicago, June 11,1995,2:6
[30] 毛新平.薄板坯连铸连轧铁素体轧制工艺.钢铁,2004,39(5)： 71
[31] 陈礼斌，李芬，齐长发.薄板连铸连轧生产线中铁素体轧制工艺描述.中国冶金,2003,66(5):135
[32] 刘正东，杨钢，房昕，等.铁素体区热轧的研究与应用.轧钢,2002,19(2):37
[33] 刘正东，董瀚，干勇.基于CSP铁素体轧制的数学模型. 2002年广州连铸连轧国际会议论文集,2002,319
[34] 赵昆，何晓明，吴景晖，等.铁素体轧制力模型的改进.轧钢,2000,17(2):8,16
[35] 赵昆，王昭东,吴景晖，等.IF钢铁素体区热变形后的静态软化行为.钢铁研究学报,1999,11⑷：18
[36] 王昭东，何晓明，赵昆，等.Ti-IF钢铁素体区热变形行为研究和Zener-HoUomen参数方程的建立.材料科学与工艺,2000, 8(4)：6
[37] 左军.超低碳钢热金属变行抗力研究及工业应用.四川冶金,2002(3):7
[38] Mphreys A 0,Lin D S,Totoghinezhad M R,et al. Effect of Chnxnium and Bonm Additions on the Warm Rolling Behavior of Low Carixtn Steels. ISIJ IntematitHial,2002,42:52
[39] Neutjens J,De Ball J B,Hariet Ph,et al.Hie Use of Ferritic Rolling for the Production of Soft Steel Grades and Tin Plate Can Body Applications,41Srr MWSP CONF.PROC., ISS, 1999, VOL. XXXVII,963.