正在加载图片...
王勇等:中间包等离子加热的物理模拟 ·75· (田建英,张雪良,李京社,等.连铸中间包等离子加热技术综述 (蒋军,路海波,李勒勇,等.中间罐等离子加热技术在青岛特钢 宽厚板,2017,23(2):45) 的应用.连铸,2018,43(2):7) [8]Xu J C,Jian H,Nie G S,et al.Application of induction heating [16]Pak Y A,Filippov G A,Yusupov D I,et al.Two-strand tundish technology on casting middle package.Metall Equip,2018(6):54 with chambers for plasma heating of liquid metal.Metallurgist, (徐靖驰,蹇华,聂高升,等,感应加热技术在连铸中间包上的应 2014,58(7):672 用.冶金设备,2018(6):54) [17]Chattopadhyay K,Isac M,Guthrie R I L.Physical and [9]Jiang Z H,Li C J,Jiang Y L.et al.Laboratory research on mathematical modelling of steelmaking tundish operations:a electroslag heating of molten steel in ladle.Iron Steel,1995 review of the last decade (1999-2009).ISI/Int,2010.50(3):331 30(3):12 [18]Yang S F,Wu J Q,Li J S,et al.Physical simulation on (姜周华,李晨隽,姜永林,等.钢水炉外电渣加热的实验研究 optimization of flow control devices in four strand tundish.China 钢铁,1995,30(3):12) Metall,.2019,29(4)81 [10]Zhang X S,Zhou Y Q.A mathematical model and simulated test (杨树峰,吴金强,李京社,等.四流中间包控流装置优化物理模 of electroslag heating of liquid steel in a tundish.Energy Metall 拟.中国冶金,2019,29(4):81) ld,1997,16(2):32 [19]Braga B M,Tavares R P.Description of a new tundish model for (张新生,周筠清.电渣加热中间包钢水的数学模型及实验研究 treating RTD data and discussion of the communication "New 冶金能源,1997,16(2):32) insight into combined model and revised model for RTD curves in [11]Li Y,Li L,Chen YY,et al.Numerical simulation of a multi-strand tundish"by Lei.Metall Mater Trans B,2018, electromagnetic-thermal-hydrodynamic field in tundish with 49(4):2128 sidewall-type induction heating.J Northeast Univ Nat Sci,2017, [20]Chatterjee S,Chattopadhyay K.Transient steel quality under non- 38(7):966 isothermal conditions in a multi-strand billet caster tundish:part (李阳,李亮,陈圆圆,等.侧壁式感应加热中间包磁热/流耦合 II.Effect of a flow-control device.Ironmaking Steelmaking,2017, 模拟.东北大学学报(自然科学版),2017,38(7):966) 44(6):413 [12]Zuo X J,Yan J W,Luo L H,et al.Application of plasma tundish [21]Liu C L,Cui H,Li YY,et al.Study on physical simulation for heating technology in continuous casting process.Iron Steel Technol,2016(1):10 flow field optimization in tundish for two-strand slab.Metall (佐祥均,阁建武,罗利华,等.等离子中间罐加热技术在连铸过 Eg1up,2019(3:9 程中的应用.钢铁技术,2016(1):10) (刘崇林,崔衡,李源源,等.双流板坯中间包流场优化的物理模 [13]Badie J M,Bertrand P,Flamant G.Temperature distribution in a 拟研究.治金设备,2019(3):9) pilot plasma tundish:comparison between plasma torch and [22]Wu G H,Tang H Y,Xiao H,et al.Physical simulation on a 7- graphite electrode systems.Plasma Chem Plasma Process,2001 strand continuous casting tundish with channel type induction 21(2):279 heating.Iron Steel,2017,52(11):20 [14]Barron-Meza M A,Barreto-Sandoval J D J,Morales R D.Physical (吴光辉,唐海燕,肖红,等.通道式感应加热7流中间包流场的 and mathematical models of steel flow and heat transfer in a 物理模拟.钢铁,2017,52(11):20) tundish heated by plasma.Metall Mater Trans B,2000,31(1):63 [23]Barreto-Sandoval J D J,Hills A W S,Barron-Meza M A,et al. [15]Jiang J,Lu H B,Li Q Y,et al.Application of tundish plasma Physical modelling of tundish plasma heating and its mathematical heater.Contin Cast,2018,43(2):7 interpretation.ISI/Int,1996,36(9):1174(田建英, 张雪良, 李京社, 等. 连铸中间包等离子加热技术综述. 宽厚板, 2017, 23(2):45) Xu  J  C,  Jian  H,  Nie  G  S,  et  al.  Application  of  induction  heating technology on casting middle package. Metall Equip, 2018(6): 54 (徐靖驰, 蹇华, 聂高升, 等. 感应加热技术在连铸中间包上的应 用. 冶金设备, 2018(6):54) [8] Jiang  Z  H,  Li  C  J,  Jiang  Y  L,  et  al.  Laboratory  research  on electroslag  heating  of  molten  steel  in  ladle. Iron Steel,  1995, 30(3): 12 (姜周华, 李晨隽, 姜永林, 等. 钢水炉外电渣加热的实验研究. 钢铁, 1995, 30(3):12) [9] Zhang X S, Zhou Y Q. A mathematical model and simulated test of  electroslag  heating  of  liquid  steel  in  a  tundish. Energy Metall Ind, 1997, 16(2): 32 (张新生, 周筠清. 电渣加热中间包钢水的数学模型及实验研究. 冶金能源, 1997, 16(2):32) [10] Li  Y,  Li  L,  Chen  Y  Y,  et  al.  Numerical  simulation  of electromagnetic-thermal-hydrodynamic  field  in  tundish  with sidewall-type  induction  heating. J Northeast Univ Nat Sci,  2017, 38(7): 966 (李阳, 李亮, 陈圆圆, 等. 侧壁式感应加热中间包磁/热/流耦合 模拟. 东北大学学报(自然科学版), 2017, 38(7):966) [11] Zuo X J, Yan J W, Luo L H, et al. Application of plasma tundish heating  technology  in  continuous  casting  process. Iron Steel Technol, 2016(1): 10 (佐祥均, 阎建武, 罗利华, 等. 等离子中间罐加热技术在连铸过 程中的应用. 钢铁技术, 2016(1):10) [12] Badie J M, Bertrand P, Flamant G. Temperature distribution in a pilot  plasma  tundish:  comparison  between  plasma  torch  and graphite electrode systems. Plasma Chem Plasma Process, 2001, 21(2): 279 [13] Barrón-Meza M A, Barreto-Sandoval J D J, Morales R D. Physical and  mathematical  models  of  steel  flow  and  heat  transfer  in  a tundish heated by plasma. Metall Mater Trans B, 2000, 31(1): 63 [14] Jiang  J,  Lu  H  B,  Li  Q  Y,  et  al.  Application  of  tundish  plasma heater. Contin Cast, 2018, 43(2): 7 [15] (蒋军, 路海波, 李勤勇, 等. 中间罐等离子加热技术在青岛特钢 的应用. 连铸, 2018, 43(2):7) Pak  Y  A,  Filippov  G  A,  Yusupov  D  I,  et  al.  Two-strand  tundish with  chambers  for  plasma  heating  of  liquid  metal. Metallurgist, 2014, 58(7): 672 [16] Chattopadhyay  K,  Isac  M,  Guthrie  R  I  L.  Physical  and mathematical  modelling  of  steelmaking  tundish  operations:  a review of the last decade (1999–2009). ISIJ Int, 2010, 50(3): 331 [17] Yang  S  F,  Wu  J  Q,  Li  J  S,  et  al.  Physical  simulation  on optimization of flow control devices in four strand tundish. China Metall, 2019, 29(4): 81 (杨树峰, 吴金强, 李京社, 等. 四流中间包控流装置优化物理模 拟. 中国冶金, 2019, 29(4):81) [18] Braga B M, Tavares R P. Description of a new tundish model for treating  RTD  data  and  discussion  of  the  communication “ New insight into combined model and revised model for RTD curves in a  multi-strand  tundish” by  Lei. Metall Mater Trans B,  2018, 49(4): 2128 [19] Chatterjee S, Chattopadhyay K. Transient steel quality under non￾isothermal  conditions  in  a  multi-strand  billet  caster  tundish:  part Ⅱ. Effect of a flow-control device. Ironmaking Steelmaking, 2017, 44(6): 413 [20] Liu  C  L,  Cui  H,  Li  Y  Y,  et  al.  Study  on  physical  simulation  for flow  field  optimization  in  tundish  for  two-strand  slab. Metall Equip, 2019(3): 9 (刘崇林, 崔衡, 李源源, 等. 双流板坯中间包流场优化的物理模 拟研究. 冶金设备, 2019(3):9) [21] Wu  G  H,  Tang  H  Y,  Xiao  H,  et  al.  Physical  simulation  on  a  7- strand  continuous  casting  tundish  with  channel  type  induction heating. Iron Steel, 2017, 52(11): 20 (吴光辉, 唐海燕, 肖红, 等. 通道式感应加热7流中间包流场的 物理模拟. 钢铁, 2017, 52(11):20) [22] Barreto-Sandoval  J  D  J,  Hills  A  W  S,  Barrón-Meza  M  A,  et  al. Physical modelling of tundish plasma heating and its mathematical interpretation. ISIJ Int, 1996, 36(9): 1174 [23] 王    勇等: 中间包等离子加热的物理模拟 · 75 ·
<<向上翻页
©2008-现在 cucdc.com 高等教育资讯网 版权所有