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任磊等:基于PV技术的板坯连铸结晶器内钢水流动行为研究 *1403· Trans B,2015,46(3):1314 [17]Barreto J,Morales R D,Garcia-Hernandez S,et al.Modeling [15]Ramos IC,Morales R D,Garcia-Hemandez S,et al.Effects of study of molten steel turbulence control by SEN design improve- immersion depth on flow turbulence of liquid steel in a slab mold ment in a conventional slab caster.Steel Res Int,2015,86(5): using a nozzle with upward angle rectangular ports.IS/Int, 517 2014,54(8):1797 [18]Yuan Q,Vanka S P,Thomas B G,et al.Computational and ex- [16]Zhang L F,Li F.Investigation on the fluid flow and mixing phe- perimental study of turbulent flow in a 0.4-scale water model of a nomena in a Ruhrstahl-Heracus (RH)steel degasser using phys- continuous steel caster.Metall Mater Trans B,2004,35 (5): ical modeling.JOM,2014,66(7):1227 967任 磊等: 基于 PIV 技术的板坯连铸结晶器内钢水流动行为研究 Trans B,2015,46( 3) : 1314 [15] Ramos I C,Morales R D,Garcia-Hernandez S,et al. Effects of immersion depth on flow turbulence of liquid steel in a slab mold using a nozzle with upward angle rectangular ports. ISIJ Int, 2014,54( 8) : 1797 [16] Zhang L F,Li F. Investigation on the fluid flow and mixing phe￾nomena in a Ruhrstahl--Heraeus ( RH) steel degasser using phys￾ical modeling. JOM,2014,66( 7) : 1227 [17] Barreto J,Morales R D,Garcia-Hernandez S,et al. Modeling study of molten steel turbulence control by SEN design improve￾ment in a conventional slab caster. Steel Res Int,2015,86( 5) : 517 [18] Yuan Q,Vanka S P,Thomas B G,et al. Computational and ex￾perimental study of turbulent flow in a 0. 4-scale water model of a continuous steel caster. Metall Mater Trans B,2004,35 ( 5) : 967 · 3041 ·
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