·726· 北京科技大学学报 第33卷 发展 [6]Yang J H,Liu Q Y,Sun D B,et al.Effect of cooling rate and de- (3)从降低层流冷却过程残余应力出发，X70 formation on transformation and microstructure of a X70 grade pipeline steel.Trans Mater Heat Treat,2008,29(5):59 管线钢的卷取温度500℃时更合适. (杨景红，刘清友，孙冬柏，等.冷速及变形对X70级管线钢相 参考文献 变及组织的影响.材料热处理学报，2008,29(5)：59) Liu ZZ.FEM Simulation of Temperature Field,Transformation Wang X D.Research on Influencing Mechanisms of Laminar Cool- and Stress of Hot Rolled Strip during Laminar Cooling [Disserta- ing on Flatness of Hot Rolled Steel Strip and Related Control Strate- tion].Beijing:University of Science and Technology Beijing gy [Dissertation].Beijing:University of Science and Technology 2009:22 Beijing,2007:199 (刘珍珠.热轧管线钢轧后冷却中温度场、相变和应力的研究 (王晓东.层流冷却影响热轧带钢板形机理及控制策略研究 [学位论文].北京：北京科技大学，2009：22) [学位论文].北京：北京科技大学，2007：199) 8] Ruan D,Pan J S,Hu M J.Database of supercooled Austenite 2]Bai B.Research on Hot Strip Temperature Field,Transformation isothermal transformation diagram.Heat Treat Met,1997,22(8): and Stress in Laminar Cooling Process [Dissertation].Beijing: University of Science and Technology Beijing,2008:60 (阮冬，潘健生，胡明娟.过冷奥氏体等温转变曲线数据库的 (白冰.热轧带钢层流冷却过程中温度场、相变及应力的研究 建立.金属热处理，1997,22(8)：4) [学位论文].北京：北京科技大学，2008：60) ]Kuban M B,Jayaraman R,Hawbolt E B,et al.An assessment of 3]Wang X D,Yang Q,He A R.Calculation of thermal stress affect- the additivity principle in predicting continuous-cooling austenite- ing strip flatness change during runout table cooling in hot steel to-pearlite transformation kinetics using isothermal transformation strip rolling.J Mater Process Technol,2008,207 (13):130 data.Metall Trans A,1986,17 9)1493 4]Cai Z,Wang G D.Liu X H,et al.A coupling analysis of temper- [10]Fujimoto H,Hatta N,Viskanta R.Numerical simulation of con- ature and phase transformation during cooling of hot-rolled strip.I vective heat transfer to a radial free surface jet impinging on a hot Plast Eng,2000.7(2):16 solid.Heat Mass Transfer,1999,35(4):266 (蔡正，王国栋，刘相华，等.热轧带钢在冷却中温度与相变的 01] Serajzadeh S.Modelling of temperature history and phase trans- 耦合解析.塑性工程学报，2000,7(2)：16) formations during cooling of steel.J Mater Process Technol,2004, [5]Gao H L,Dong Y H,Zhou H B.The development tendency and 146(3):311 prospects of pipeline steels.Welded Pipe Tube,1999.22(3):4 [12]Zhou Z Q,Thomson P F,Lam Y,et al.Numerical analysis of re- (高惑临，董玉华，周好斌.管线钢的发展趋势与展望.焊管， sidual stress in hot-tolled steel strip on the run-out table.J Mater 1999,22(3):4) Process Technol,2003,132(13):184北 京 科 技 大 学 学 报 第 33 卷 发展． ( 3) 从降低层流冷却过程残余应力出发，X70 管线钢的卷取温度 500 ℃时更合适． 参 考 文 献 ［1］ Wang X D． Research on Influencing Mechanisms of Laminar Cool￾ing on Flatness of Hot Rolled Steel Strip and Related Control Strate￾gy ［Dissertation］． Beijing: University of Science and Technology Beijing，2007: 199 ( 王晓东． 层流冷却影响热轧带钢板形机理及控制策略研究 ［学位论文］． 北京: 北京科技大学，2007: 199) ［2］ Bai B． Research on Hot Strip Temperature Field，Transformation and Stress in Laminar Cooling Process ［Dissertation］． Beijing: University of Science and Technology Beijing，2008: 60 ( 白冰． 热轧带钢层流冷却过程中温度场、相变及应力的研究 ［学位论文］． 北京: 北京科技大学，2008: 60) ［3］ Wang X D，Yang Q，He A R． Calculation of thermal stress affect￾ing strip flatness change during run-out table cooling in hot steel strip rolling． J Mater Process Technol，2008，207( 1-3) : 130 ［4］ Cai Z，Wang G D，Liu X H，et al． A coupling analysis of temper￾ature and phase transformation during cooling of hot-rolled strip． J Plast Eng，2000，7( 2) : 16 ( 蔡正，王国栋，刘相华，等． 热轧带钢在冷却中温度与相变的 耦合解析． 塑性工程学报，2000，7( 2) : 16) ［5］ Gao H L，Dong Y H，Zhou H B． The development tendency and prospects of pipeline steels． Welded Pipe Tube，1999，22( 3) : 4 ( 高惠临，董玉华，周好斌． 管线钢的发展趋势与展望． 焊管， 1999，22( 3) : 4) ［6］ Yang J H，Liu Q Y，Sun D B，et al． Effect of cooling rate and de￾formation on transformation and microstructure of a X70 grade pipeline steel． Trans Mater Heat Treat，2008，29( 5) : 59 ( 杨景红，刘清友，孙冬柏，等． 冷速及变形对 X70 级管线钢相 变及组织的影响． 材料热处理学报，2008，29( 5) : 59) ［7］ Liu Z Z． FEM Simulation of Temperature Field，Transformation and Stress of Hot Rolled Strip during Laminar Cooling［Disserta￾tion］． Beijing: University of Science and Technology Beijing， 2009: 22 ( 刘珍珠． 热轧管线钢轧后冷却中温度场、相变和应力的研究 ［学位论文］． 北京: 北京科技大学，2009: 22) ［8］ Ruan D，Pan J S，Hu M J． Database of supercooled Austenite isothermal transformation diagram． Heat Treat Met，1997，22( 8) : 4 ( 阮冬，潘健生，胡明娟． 过冷奥氏体等温转变曲线数据库的 建立． 金属热处理，1997，22( 8) : 4) ［9］ Kuban M B，Jayaraman R，Hawbolt E B，et al． An assessment of the additivity principle in predicting continuous-cooling austenite￾to-pearlite transformation kinetics using isothermal transformation data． Metall Trans A，1986，17( 9) : 1493 ［10］ Fujimoto H，Hatta N，Viskanta R． Numerical simulation of con￾vective heat transfer to a radial free surface jet impinging on a hot solid． Heat Mass Transfer，1999，35( 4) : 266 ［11］ Serajzadeh S． Modelling of temperature history and phase trans￾formations during cooling of steel． J Mater Process Technol，2004， 146( 3) : 311 ［12］ Zhou Z Q，Thomson P F，Lam Y，et al． Numerical analysis of re￾sidual stress in hot-rolled steel strip on the run-out table． J Mater Process Technol，2003，132( 1-3) : 184 ·726·