正在加载图片...
增刊1 苑品等:高品质F钢连铸中间包降低残钢量的水模型研究 ·5 死区,解决了挡坝高度增加使挡坝间残钢量过多的 173 问题,提高了连铸非稳态浇注水平,对高品质F钢 (包燕平.高品质深冲钢的关键治金技术/品种钢连铸坯质 量控制技术研讨会.本溪,2008:150) 的连铸生产具有指导意义 [8]Yang X R.Chen C F.Ni H W.et al.Hydraulic model research on the slag involved in the mould of slab CC and influencing fac- 参考文献 tors.J Wuhan Unir Sci Technol Nat Sci Ed,2004,27(1):4. [1]Ren Z P.Control of Chemical Composition and Inclusion in IF steel (杨小容,陈崇蜂,倪红卫,等.板坯连铸中间包下渣量及影响 [Dissertation].Shenyang:Northeastern University,2006:40 因素水模型研究.武汉科技大学学报:自然科学版,2004,27 (任子平.F钢中成分及夹杂物的过程控制研究[学位论文]. (1):4) 沈阳:东北大学,2006:40) [9]Lin R,Yan Z G.Liu T.et al.Modeling formation mechanism of [2]Zhang C J.Zhao T C.Ai L Q.Mathematical simulation of steel vortex during steel casting in a 60 t ladle.Chin Process Eng. flow and trajectory of inclusions in FTSC tundish.J Unir Sci Tech- 2010,10(4):655 nol Beijing,2006,28(11):1014 (蔺瑞,颜正国,刘涛,等.60t钢包浇注过程中汇流旋涡形成 (张彩军,赵铁成,艾立群.TSC薄板坯连铸中间包内流场及 机理.过程工程学报,2010,10(4):655) 夹杂物运动轨迹的数值模拟.北京科技大学学报,2006,28 [10]Chen Z P.Study on the control of Continuous Casting Slab Quali- (11):1014) ty under Unsteady Casting Conditions [Dissertation].Shenyang: [3]Tang H Y.Yu M.Li J S,et al.Numerical and physical simula- Northeastern University.2008:30 tion on inner structure optimization of a continuous casting tundish (陈志平.非稳态浇铸条件下连铸板坯质量控制研究.沈阳: and its metallurgical effect.J Univ Sci Technol Beijing,2009.31 东北大学,2008:30) Suppl 1):38 [11]Wang JJ.Bao Y P.Qu Y.Metallurgy of tundish.Beijing:Met- (唐海燕,于满,李京社,等.连铸中间包内部结构优化的数理 allurgical Industry Press.2001:27 模拟及冶金效果.北京科技大学学报,2009,31(Suppl1): (王建军,包燕平,曲英.中间包治金学.北京:治金工业出 38) 版社,2001:27) [4]Ruan X J.Li JS.Wang J B.et al.Optimizing of tundish struc- [12]Sahai Y.Ahuja R.Fluid flow and mixing of melt in steelmaking ture in Xingcheng Special Steel.J Unir Sci Technol Beijing. tundishes.Ironmaking Steelmaking.1986.13(5):241 2007,29(Suppl1):138 [13]Sahai Y.Emi T.Melt flow characterization in continuous casting (阮小江,李京社,王剑斌.等.兴澄特钢中间包结构优化.北 tundishes.IS/J Int.1996,36(6):667 京科技大学学报,2007,29(Suppl1):138) [14]Lin R.Yan Z G.Yu J K.Physical modeling test of vortex during [5]Koria S C.Singh S.Physical modeling of the effects of the flow teeming from ladle.J Northeast Unig Nat Sci.2010.31(9): modifier on the dynamics of molten steel flowing in a tundish./S// 1287 nt.1994,34(10):784 (蔺瑞,颜正国,于景坤.钢包浇注过程汇流旋涡的物理实 [6]Cui H.Yue F.Bao Y P.et al.Study on cleanliness of IF steel 验.东北大学学报:自然科学版,2010,31(9):1287) first slab.Iron Steel,2010,45(3):38 [15]Lu W J.Wang T Y.Technology for preventing slag into liquid (雀衡,岳峰,包燕平,等.F钢连铸头坯洁净度研究.钢铁, steel in the casting process.Sci Technol Baotou Steel Group Corp. 2010.45(3):38) 2001,27(Suppl1):48 [7]Bao Y P.The key metallurgy technology of high quality deep draw- (吕文璟,王天瑶.浇注过程中的防下渣技术.包钢科技, ing steel//Proceedings of High Quality Steel.Benxi,2008:150- 2001,27(Suppl1):48)增刊 1 苑 品等: 高品质 IF 钢连铸中间包降低残钢量的水模型研究 死区,解决了挡坝高度增加使挡坝间残钢量过多的 问题,提高了连铸非稳态浇注水平,对高品质 IF 钢 的连铸生产具有指导意义. 参 考 文 献 [1] Ren Z P. Control of Chemical Composition and Inclusion in IF steel [Dissertation]. Shenyang: Northeastern University,2006: 40 ( 任子平. IF 钢中成分及夹杂物的过程控制研究[学位论文]. 沈阳: 东北大学,2006: 40) [2] Zhang C J,Zhao T C,Ai L Q. Mathematical simulation of steel flow and trajectory of inclusions in FTSC tundish. J Univ Sci Tech￾nol Beijing,2006,28( 11) : 1014 ( 张彩军,赵铁成,艾立群. FTSC 薄板坯连铸中间包内流场及 夹杂物运动轨迹的数值模拟. 北京科技大学学报,2006,28 ( 11) : 1014) [3] Tang H Y,Yu M,Li J S,et al. Numerical and physical simula￾tion on inner structure optimization of a continuous casting tundish and its metallurgical effect. J Univ Sci Technol Beijing,2009,31 ( Suppl 1) : 38 ( 唐海燕,于满,李京社,等. 连铸中间包内部结构优化的数理 模拟及冶金效果. 北京科技大学学报,2009,31 ( Suppl 1) : 38) [4] Ruan X J,Li J S,Wang J B,et al. Optimizing of tundish struc￾ture in Xingcheng Special Steel. J Univ Sci Technol Beijing, 2007,29( Suppl 1) : 138 ( 阮小江,李京社,王剑斌,等. 兴澄特钢中间包结构优化. 北 京科技大学学报,2007,29( Suppl 1) : 138) [5] Koria S C,Singh S. Physical modeling of the effects of the flow modifier on the dynamics of molten steel flowing in a tundish. ISIJ Int,1994,34( 10) : 784 [6] Cui H,Yue F,Bao Y P,et al. Study on cleanliness of IF steel first slab. Iron Steel,2010,45( 3) : 38 ( 崔衡,岳峰,包燕平,等. IF 钢连铸头坯洁净度研究. 钢铁, 2010,45( 3) : 38) [7] Bao Y P. The key metallurgy technology of high quality deep draw￾ing steel / /Proceedings of High Quality Steel. Benxi,2008: 150- 173 ( 包燕平. 高品质深冲钢的关键冶金技术/ /品种钢连铸坯质 量控制技术研讨会. 本溪,2008: 150) [8] Yang X R,Chen C F,Ni H W,et al. Hydraulic model research on the slag involved in the mould of slab CC and influencing fac￾tors. J Wuhan Univ Sci Technol Nat Sci Ed,2004,27( 1) : 4. ( 杨小容,陈崇峰,倪红卫,等. 板坯连铸中间包下渣量及影响 因素水模型研究. 武汉科技大学学报: 自然科学版,2004,27 ( 1) : 4) [9] Lin R,Yan Z G,Liu T,et al. Modeling formation mechanism of vortex during steel casting in a 60 t ladle. Chin J Process Eng, 2010,10( 4) : 655 ( 蔺瑞,颜正国,刘涛,等. 60 t 钢包浇注过程中汇流旋涡形成 机理. 过程工程学报,2010,10( 4) : 655) [10] Chen Z P. Study on the control of Continuous Casting Slab Quali￾ty under Unsteady Casting Conditions[Dissertation]. Shenyang: Northeastern University,2008: 30 ( 陈志平. 非稳态浇铸条件下连铸板坯质量控制研究. 沈阳: 东北大学,2008: 30) [11] Wang J J,Bao Y P,Qu Y. Metallurgy of tundish. Beijing: Met￾allurgical Industry Press,2001: 27 ( 王建军,包燕平,曲英. 中间包冶金学. 北京: 冶金工业出 版社,2001: 27) [12] Sahai Y,Ahuja R. Fluid flow and mixing of melt in steelmaking tundishes. Ironmaking Steelmaking,1986,13( 5) : 241 [13] Sahai Y,Emi T. Melt flow characterization in continuous casting tundishes. ISIJ Int,1996,36( 6) : 667 [14] Lin R,Yan Z G,Yu J K. Physical modeling test of vortex during teeming from ladle. J Northeast Univ Nat Sci,2010,31 ( 9 ) : 1287 ( 蔺瑞,颜正国,于景坤. 钢包浇注过程汇流旋涡的物理实 验. 东北大学学报: 自然科学版,2010,31( 9) : 1287) [15] Lü W J,Wang T Y. Technology for preventing slag into liquid steel in the casting process. Sci Technol Baotou Steel Group Corp, 2001,27( Suppl 1) : 48 ( 吕文璟,王天瑶. 浇注过程中的防下渣技术. 包钢科技, 2001,27( Suppl 1) : 48) ·5·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有