米沙等：空气外掠钢渣颗粒准则关系式及其影响因素 ·1249· ery for furnace slag /International Conference on Materials for Re- dynamic flows /AlAA 24th Fluid Dynamics Conference.Orlan- newable Energy Environment.Shanghai,2011:1148 do,1993:2906 7]Lu H W,Li J G,Zhang Y Z.Numerical simulation on cooling dy- 1]Menter F R.Two-equation eddyviscosity turbulence models for namics of slag droplet granulated by gas quenching.fron Steel engineering applications.AlAA J,1994,32(8):1598 Vanadium Titanium,2012,33(3):28 [12]Wilcox D C.Multiscale model for turbulent flows.AlAA J, (卢宏伟，李俊国，张玉柱.气淬渣滴冷却过程数值模拟研 1988,26(11):1311 究.钢铁钒钛，2012,33(3)：28) [13]Ranz W E,Marshall W R.Evaporation from drops.Chem Eng 8]Xing H W,Wang X D,Long Y,et al.Numerical simulating for Pog,1952,48:141 phase-change heat transfer process of slag granule.fron Steel [14]Bagchi P,Ha M Y,Balachandar S.Direct numerical simulation Vanadium Titanium,2010,31(1):79 of flow and heat transfer from a sphere in a uniform cross-flow.J (邢宏伟，王晓娣，龙跃，等.粒化钢渣相变传热过程数值模 Fluids Eng,2001,123(2):347 拟.钢铁钒钛，2010,31(1)：79) [5]Richter A,Nikrityuk P A.Drag forces and heat transfer coeffi- Menter F R.Improved Tuoquation k-s Turbulence Models For cients for spherical,cuboidal and ellipsoidal particles in cross Aerodynamic Flows.California:Ames Research Center,1992 flow at sub-eritical Reynolds numbers.Int Heat Mass Transfer, [0]Menter F R.Zonal two-quation turbulence models for aero- 2012,55(4):1343米 沙等: 空气外掠钢渣颗粒准则关系式及其影响因素 ery for furnace slag / / International Conference on Materials for Ｒe￾newable Energy Environment． Shanghai，2011: 1148 ［7］ Lu H W，Li J G，Zhang Y Z． Numerical simulation on cooling dy￾namics of slag droplet granulated by gas quenching． Iron Steel Vanadium Titanium，2012，33( 3) : 28 ( 卢宏伟，李俊国，张玉柱． 气淬渣滴冷却过程数值模拟研 究． 钢铁钒钛，2012，33( 3) : 28) ［8］ Xing H W，Wang X D，Long Y，et al． Numerical simulating for phase-change heat transfer process of slag granule． Iron Steel Vanadium Titanium，2010，31( 1) : 79 ( 邢宏伟，王晓娣，龙跃，等． 粒化钢渣相变传热过程数值模 拟． 钢铁钒钛，2010，31( 1) : 79) ［9］ Menter F Ｒ． Improved Two-equation k--ε Turbulence Models For Aerodynamic Flows． California: Ames Ｒesearch Center，1992 ［10］ Menter F Ｒ． Zonal two-equation k--ω turbulence models for aero￾dynamic flows / / AIAA 24th Fluid Dynamics Conference． Orlan￾do，1993: 2906 ［11］ Menter F Ｒ． Two-equation eddy-viscosity turbulence models for engineering applications． AIAA J，1994，32( 8) : 1598 ［12］ Wilcox D C． Multiscale model for turbulent flows． AIAA J， 1988，26( 11) : 1311 ［13］ Ｒanz W E，Marshall W Ｒ． Evaporation from drops． Chem Eng Prog，1952，48: 141 ［14］ Bagchi P，Ha M Y，Balachandar S． Direct numerical simulation of flow and heat transfer from a sphere in a uniform cross-flow． J Fluids Eng，2001，123( 2) : 347 ［15］ Ｒichter A，Nikrityuk P A． Drag forces and heat transfer coeffi￾cients for spherical，cuboidal and ellipsoidal particles in cross flow at sub-critical Ｒeynolds numbers． Int J Heat Mass Transfer， 2012，55( 4) : 1343 ·1249·