国外轧钢技术现状及发展动态

20092261Feb.2009Vol.26No.1STEELROLLING,(,100083):,:;;;:TG333;TG335:A:1003-9996(2009)01-0053-07DevelopmentofOverseasSteelRollingTechnologyKANGYong2lin,CHENJi2ping(SchoolofMaterialsScienceandEngineering,StateKeyLaboratoryforAdvancedMetalsandMaterials,UniversityofScienceandTechnologyBeijing,Beijing100083,China)Abstract:Thecurrentsituationanddevelopmenttrendofrollingtechnologyabroadinrecentyearsisbrieflyin2troduced1Therollingtechnologyprogress,rollingequipmentrevampingandstripprofileandflatnesscontrolaswellastheapplicationofintelligenttechnologyintherollingprocessarealsopresented1Keywords:steelrollingtechnology;rollingequipment;newsteelproduct;development:2008-07-05:(1954-),(),,,,,200713144t,2006715%,20074189t,3614%,20066630t,[1,2]1111,,,11111,JFE1mm,46,,25m[3],,(FPC2flyingproductchange),,[4]2005AlfaAcciai11,ERWERW,,35©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.[5]11112SMSMeer6SMS:;;;CCS(compactcartridgestand);RailCoolTM,,,INISteel1,SteelDynamicsJindalSteel&PowerKardemir[6]11113,T1F1Stanistreet,,[7]J1M1AllwoodK1H1Kim,,,,[8,9]11114(TMB2twinmoduleblock),DWB,115m/s415mm,011mm[10]JFE,,2813m/min,5081295mm,0110mm,[11]11211211,12,,,,200mm3mmCoilPlate,,,,200t/h,96%97%CoilPlate3:,[12],15243124mm,2135110mm,H2(fTSC)[13]11212VAIClecim,(AFC-1)CorumR,60t,1250m/min1650mm[14]UnicoilAl2Jubail,,HAGC,E2[15]112134520092©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.(38)mm+(14)mm,+(510)mm+(36)mm[16]1121420074KosciuskoAttla25t/h,30t/h2SHS2U,,720460mm[17]11215CCMCSP,CSP,CCM()2,,90t/a,CCM2,,,,PL2TCM[18]113C1D1W¾lzholzAirProductsAirProducts,,,,,3C1D1W¾lzholz[19]CLC2(CLC2continu2ousonlinecontrolprocess),CLC2,,,CLC,1/2CLC2,,240[1]2211(Sendzimir),,[20,21]T1H1Kim,,,[22]M1Abbaspour,,Mobarakeh,,[23]212C1J1Park,(WPM)(ECM),,,,(RF2AWC)(FVM2AWC),,(FB2AWC),30%4612%,611%1215%[24,25]213Won2HoLee,55261:©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.[26],HCPC[27]3311(AHSS),,,(AHSS)HSLA(BH);DPTRIPTWIPSIPCPF1SilvaC2Mn(),M/A,([28]P1C1ChakrabortiVFe2Mn2C,950MPa2(DFM)[29]312(UHSS)JFE,(1000/s)WQ2CAL,7801470MPa,[30]JFESFG2HITEN(superfinegrain)UNI2HITEN(uniformuniqueuniver2sal)NANO2HITEN440MPaBHTSFGHITEN;UNI2HITEN,;NANOHITEN,,,;BHT[31-33]31331311YP460MPa,6070mmTM2CP,8000t,,JFEJFEEWELYP460MPa,TiN(HAZ)BCaHAZ,2(Super2OLAC)TMCP[34]31312,,80100mmKCLA235SA440,100kJ/mm,(HAZ);,[35]HAZ()2HTUFF,HTUFF,1400,,,HAZ[36]31313JFESuper2OLAC,YP500MPaBHS500,,[37]31440mmX100(5081420mm),75t,20087[38]JFEX120,2,,,X1206520092©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.(ERW)12Cr(SML)[39-42]CLC2,,20083X120UOE,1X120X12020041X120,X120[1]1JFEX120/MPa/MPa/%/%/MPa/MPa/%/%/%190693497187509208229410284095888197439637730418315,(SSMR),1m0115%C-017%Mn2[43,44]2/%/m/K0108C-0142Mn-0118Si0120310293(ECAP)0115C-111Mn-0125Si0130410623Ti-V011C-1159Mn-0129Si-0102Ti-0105V0130110573+0115C-1106Mn-0125Si01804107731003K10min(ARB)TiIF01003C-0115Mn-0101Si-01049Ti0140516773017C-110Mn-013Si0101300,01452930115C-0174Mn-0101Si1100-Ae3()0111C-1145Mn-0134Si-01068Nb21005100212316115310330106C-0159Mn1100013610530117C-1132Mn-0144Si-0115Nb2110213973TiIF01003C-0115Mn-01022Si-01065Ti1100310001555410Ar1010016C-011Si-013Mn-410723823(Ac1)0122C-0121Si-0174Mn11301160101s-1823823K120min0113C-0137Mn-0101Si0118018293773K30min75261:©1994-2009ChinaAcademicJournalElectronicPublishingHouse.Allrightsreserved.(),,,,,,,,,:+++++[45]5:(1),,,;(2),,;(3),,,,;(4),;(5);,,,,,,:[1]HiroshiKagechika1ProductionandTechnologyofIronandSteelinJapanduring2006[J]1ISIJInternational,2007,47(6):773-7941[2]12007715%[N]1,2008-1-29(02)1[3]110[N]1,2006-7-11(A4)1[4]KazuhiroOhara,MasakiNakaema,SiauKahChoon,etal1AdvancedProcessControlTechnologyforThinStripRoll2ing[A]1SteelRolling20069thInternational&4thEuropeanConferencesSession1[C].Paris:ATS,2006.10-171[5]1Al2faAcciai[N]1,2005-3-29(7)1[6]UlrichSvejkovsky,ThomasNerzak1Leading2edgeTechnologyforRailProduction[A]1SteelRolling20069thInternational&4thEuropeanConferencesSession3[C].Paris:ATS,2006.1-81[7]StanistreetTF,AllwoodJM,WilloughbyAM1TheDesignofaFlexibleModelRingRollingMachine[J]1JournalofMateri2alsProcessingTechnology,2006,(177):630-6331[8]AllwoodJM,KoppR,MichelsD,etal1TheTechnicalandCommercialPotentialofanIncrementalRingRollingProcess[J]1CIRPAnnals2ManufacturingTechnology,2005,54(1):233-2361[9]KimKH,SukHG,HuhMY1DevelopmentoftheProfileRingRollingProcessforLargeSlewingRingsofAlloySteels[J]1JournalofMaterialsProcessingTechnology,2007,(187-188):730-7331[10]1[N]1,2005-11-22(B3)1[11],1[N]1,2007-12-18(11)1[12],1[N]1,2006-11-7(A4)1[13]1(fTSC)[N]1,2008-3-18(06)1[14]VincenotR,GermainO,DeschampsO,etal1NewSmartCrownReversingMillwithCorumRModelandAFC2Tangs2hanChina[A]1SteelRolling20069thInternational&4thEu2ropeanConferencesSession24[C].Paris:ATS,2006.1-81[15]1[N]18520092©1994-2009Ch