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2019年
[1]Z.N.Yang,X.B.Wang,F.Liu,F.C.Zhang,L.J.Chai,R.S.Qiu,L.Y.Chen,EffectofintercriticalannealingtemperatureonmicrostructureandmechanicalpropertiesofduplexZr-2.5Nballoy.JournalofAlloysandCompounds.JournalofAlloysandCompounds776(2019)242-249.
[2]FuchengZhang*,ZhinanYang**,DevelopmentandPerspectiveofHighPerformanceNanostructuredBainiticBearingSteel.Engineering,inpress.
[3]ChunheChu,YumanQin,XuemeiLi,ZhinanYang*,FuchengZhang*,ChanghongGuo,XiaoyanLong,LeileiYou.Effectoftwo-stepaustemperingprocessontransformationkineticsofnanostructuredbainiticsteel.Materials2019,12,166;doi:10.3390/ma12010166.
[4]ZhinanYang*,ChunheChu,FengJiang,YumanQin,XiaoyanLong,ShuliWang,DaChen,FuchengZhang**.Acceleratingnano-bainitetransformationbasedonanewconstructedmicrostructuralpredictingmodel.MaterialsScience&EngineeringA,inpress.
[5]ZhinanYang*,FuchengZhang*.NanostructuredBainiticBearingSteel.ISIJInternational,reviewinprocess.
[5]JialiZhao,BoLv,FuchengZhang,ZhinanYang,LiheQian,ChenChen,XiaoyanLong,Effectsofaustemperingtemperatureonbainiticmicrostructuresandmechanicalpropertiesofahigh-Chigh-Sisteel,MaterialsScience&EngineeringA742(2019)179–189.
[6]XiaojieZhao,ZhinanYang,FuchengZhang,XiaoyanLong,ChenChen.AccelerationofbainitictransformationbyintroducingAlNinmediumcarbonsteel.MaterialsScienceandTechnology,2019,35:147–154.
[7]JialiZhao,FuchengZhang,BoLv,ZhinanYang,ChenChen,XiaoyanLong,XiaojieZhao,ChunheChu,Inconsistenteffectsofaustemperingtimewithintransformationstasisonmonotonicandcyclicdeformationbehaviorsofanultrahighsiliconcarbide-freenanobainitesteel,Mater.Sci.Eng.A,inpress.
[8]ShuleXia,FuchengZhang,ZhinanYang.Cyclicdeformationbehavioursof18Mn3Si2CrNiMomultiphase(martensite/bainite/retainedaustensite)steel.MaterialsScience&EngineeringA744(2019)64–73.
2018年
[1]MingmingWang,JunShan,ChunleiZheng,MingZhang,ZhinanYang,FuchengZhang,Effectsofdeformationandadditionofaluminiumonspheroidisationofhigh-carbon-bearingsteel.MaterialsScienceandTechnology,2018,34:161-171.
[2]Liang-YuChen,PengShen,LinaZhang,ShengLu,LinjiangChai,ZhinanYang,Lai-ChangZhang,Corrosionbehaviorofnon-equilibriumZr-Sn-Nb-Fe-Cu-Oalloysinhightemperature0.01MLiOHaqueoussolutionanddegradationofthesurfaceoxidefilms.CorrosionScience,136(2018)221–230.
[3]L.J.Chai,K.Chen,Y.Zhi,K.L.Murty,L.Y.Chen,Z.N.Yang,NanotwinsinducedbypulsedlaserandtheirhardeningeffectinaZralloy,JournalofAlloysandCompounds,748(2018)163-170.
[4]X.Y.Long,F.C.Zhang,Z.N.Yang,B.Lv.Studyonmicrostructuresandpropertiesofcarbide-freeandcarbide-bearingbainiticsteels.MaterialsScience&EngineeringA,2018,715:10–16.
[5]Z.N.Yang,Y.L.Ji,F.C.Zhang,M.Zhang,B.Nawaz,C.L.Zheng.Microstructuralevolutionandperformancechangeofacarburizednanostructuredbainiticbearingsteelduringrollingcontactfatigueprocess,MaterialsScience&EngineeringA,725(2018)98–107.
[6]L.J.Chai*,J.Y.Xia,Y.Zhi,Y.N.Gou,L.Y.Chen,Z.N.Yang*,N.Guo,Deformationmode-determinedmisorentationandmicrostructuralcharacteristicsinrolledpureZrsheet,SinceChinaTechnologicalSciences,2018,61(9):1346-1352.
[7]杨志南，赵晓洁，张福成,*，李艳国,龙晓燕，张明.加速贝氏体相变研究方法综述.燕山大学学报,inpress.
[8]ShuleXia,FuchengZhang,ZhinanYang.Microstructureandmechanicalpropertiesof18Mn3Si2CrMosteelsubjectedtoaustemperingatdifferenttemperaturesbelowMs.MaterialsScience&EngineeringA,724(2018)103-111.
[9]LinjiangChai,KeChen,ShuyanWang,JiyingXia,TingtingWang,ZhinanYang.Microstructuralcharacteristicsofas-forgedandβ-air-cooledZr-2.5Nballoy.Trans.NonferrousMet.Soc.China28(2018)1321-1328
2017年
[1]MingmingWang,FuchengZhang,ZhinanYang,Effectsofhigh-temperaturedeformationandcoolingprocessonthemicrostructureandmechanicalpropertiesofanultrahigh-strengthpearlitesteel.MaterialsandDesign114(2017)102–110.
[2]陈晨，杨志南，张福成,40CrNiMoV钢在大尺寸轴承中的应用.金属热处理，2017,42(4):6-11.
[3]张福成，杨志南*，雷建中，庞碧涛，王明礼.贝氏体钢在轴承中的应用进展.轴承，2017,1（1）：54-64.
[4]M.Zhang,,Y.N.Li,F.C.Zhang,X.B.Wanga,L.Y.Chen,Z.N.Yang*,EffectofannealingtreatmentonthemicrostructureandmechanicalpropertiesofaduplexZr-2.5Nballoy.MaterialsScience&EngineeringA706(2017)236–241
[5]Z.N.Yanga,L.Q.Daia,C.H.Chub,F.C.Zhanga,b*,L.W.Wangc,A.P.Xiaod,Effectofaluminiumalloyingonthehotdeformationbehaviourofnano-bainitebearingsteel,JournalofMaterialsEngineeringandPerformance,2017,26:5954-5962.
[6]MingmingWang,FuchengZhang,ZhinanYang.Effectsofalloyingelementsandcoolingratesonthehigh-strengthpearlitesteels.MATERIALSSCIENCEANDTECHNOLOGY,2017,VOL.33,NO.14,1673–1680
[8]ShuleXIA,FuchengZHANG,ChunyuZHANG,ZhinanYANG.MechanicalPropertiesandMicrostructuresofaNovelLowcarbonHigh-siliconMartensiticSteel,ISIJInternational,Vol.57(2017),No.3,pp.558–563.
[9]X.Y.Long,F.C.Zhang,J.Kang,Z.N.Yang,D.D.Wu,K.M.Wu&G.H.Zhang,Studyoncarbide-bearingandcarbide-freebainiticsteelsandtheirwearresistance,MaterialsScienceandTechnology2017,33:615-622.
[9]F.C.Zhang,Y.H.Wang,Z.N.Yang,Y.G.Li,ResearchandApplicationProgressofNanostructuredBainiticSteelinBearings,MaterialScience&EngineeringInternationalJournal,2017,1(2):00008.1-5.
[10]LinjiangChai,ShuyanWang,ZhinanYang,HuchengPan,Bimodalplatestructuresinducedbypulsedlaserinduplex-phaseZralloy,ScienceChinaTechnologicalSciences,2017,60:587-592.
[11]郑春雷，佘丽，王艳辉，杨志南，张福成，高碳贝氏体轴承钢滚动接触疲劳性能的研究，机械工程学报，2017,:53：110-117.
2016年
[1]BoLv,ZhimaoZhang,ZhinanYang*,FuchengZhang,ChunleiZheng,YarongHe.AhighercorrosionresistanceforabainiticsteelwithAlinsteadofSi.MaterialsLetters,173(2016)95–97.
[2]M.M.Wang,B.Lv,Z.N.Yang,F.C.Zhang.Wearresistanceofbainitesteelsthatcontainaluminium.MaterialsScienceandTechnology,32(2016)282-290.
[3]YanhuiWang,ZhinanYang,FuchengZhang,DongdongWu.Microstructuresandmechanicalpropertiesofsurfaceandcenterofcarburizing23Cr2Ni2Si1Mosteelsubjectedtolow-temperatureaustempering.MaterialsScience&EngineeringA,670(2016)166–177.
[4]ShuoLiu,FuchengZhang,ZhinanYang,MingmingWang,ChunleiZheng.EffectsofAlandMnontheformationandpropertiesofnanostructuredpearliteinhigh-carbonsteels.MaterialsandDesign,93(2016)73–80.
[5]ChunleiZheng,BoLv,FuchengZhang,ZhinanYang,JieKang,LiShe,TianshengWang.Anovelmicrostructureofcarbide-freebainiticmediumcarbonsteel
observedduringrollingcontactfatigue.ScriptaMaterialia114(2016)13–16.
[6]YanguoLi,FuchengZhang,ChengChen,BoLv,ZhinanYang,ChunleiZheng.Effectsofdeformationonthemicrostructuresandmechanicalpropertiesofcarbide–freebainiticsteelforrailwaycrossinganditshydrogenembrittlementcharacteristics.MaterialsScience&EngineeringA,651(2016)945–950.
[7]含Si/Al低温贝氏体钢的研发与应用.张福成,杨志南,郑春雷,龙晓燕,王明明,王艳辉.世界金属导报,B04,2016.01.12.
[8]ZhinanYang,FuchengZhang,YunlongJi,YanhuiWang,BoLv,MingliWang.Notablyimprovedmechanicalpropertiesviaintroducingashortaustemperingtreatmentonlow-carbonmartensitesteel.MaterialsScience&EngineeringA673(2016)524–529.
[9]ZhinanYang,YingnanLi,YanguoLi,FuchengZhang,MingZhang.Constitutivemodellingforflowbehaviourofmediumcarbonbainiticsteelanditsprocessingmaps.JournalofMaterialsEngineeringandPerformance,25(2016)5030–5039.
[10]C.Chen,X.Y.Feng,B.Lv,Z.N.Yang,F.C.Zhang,Astudyonagingcarbideprecipitationbehaviorofhadfieldsteelbydynamicelasticmodulus.MaterialsScience&EngineeringA677(2016)446–452.
[11]YanhuiWang,FuchengZhang,ZhinanYang,BoLv,ChunleiZheng.RollingContactFatiguePerformancesofCarburizedandHigh-CNanostructuredBainiticSteels.Materials2016,9,960;doi:10.3390/ma9120960
[12]X.Y.Long,F.C.Zhang,J.Kang,Z.N.Yang,D.D.Wu,K.M.Wu,G.H.Zhang.Studyoncarbide-bearingandcarbide-freebainiticsteelsandtheirwearresistance.MaterialsScienceandTechnology,2016,DOI10.1080/02670836.2016.1242205.
2015年
[1]YangZhinan,FuchengZhang,ChunleiZheng,MingZhang,BoLv,LinQu.Studyonhotdeformationbehaviourandprocessingmapsoflowcarbonbainiticsteel.Materials&Design,66(2015)258–266.
[2]MingZhang,FuchengZhang,ZhinanYang*,YingnanLi,LinQu,HuijuanZhen.EffectofcoolingprocessontheformationofduplexmicrostructureinZr-2.3Nballoy.JournalofAlloysandCompounds,651(2015)316-321.
[3]C.Chen,F.C.Zhang,Z.N.Yang,C.L.Zheng.Superhardenabilitybehaviorofvanadiumin40CrNiMoVsteel.Materials&Design83(2015)422–430.
[4]J.H.Li,Q.Li,F.C.Zhang,S.Liu,L.Mao,B.C.Hu,Z.N.Yang.EffectsborononmicrostructureandmechanicalpropertiesofZr3Al-basedalloys,MaterialsLetters,2015,153:70-72.
[5]FuchengZhang,XiaoyongFeng,ZhinanYang,JieKang,TianshengWang.Dislocation–TwinBoundaryInteractionsInducedNanocrystallineviaSPDProcessinginBulkMetals,ScientificReports,2015,5:1-5.
[6]陈晨,杨志南,张洋,张福成,郑炀曾.大功率风电偏航轴承套圈用钢及其模拟热处理工艺,机械工程学报,2015,51:29-37.
[7]赵佳莉，杨志南，张福成.70Si3Mn钢中无碳化物贝氏体组织及其性能研究,燕山大学学报,2015,39:199-212.
2014年
[1]Z.N.Yang,F.C.Zhang,L.Qu,Z.G.Yan,Y.Y.Xiao,R.P.Liu,X.Y.Zhang,FormationofduplexmicrostructureinZr-2.3Nballoyanditsplasticbehaviouratvariousstrainrates.InternationalJournalofPlasticity54(2014)163-177.
[2]L.Qu,Z.N.Yang,F.C.Zhang,M.Zhang,X.Y.Zhang,R.P.Liu,Effectofdeformationandheattreatmentonthemicrostructureandmechanicalpropertiesofβ-Zr40Ti5Al4Valloy,JournalofAlloysandCompounds612(2014)80-89.
[3]X.Y.Feng,F.C.Zhang,J.Kang,Z.N.Yang,X.Y.Long,Slidingwearandlowcrclefastiguepropertiesofnewcarbidefreebainiticrailsteel,MaterialsScienceandTechnology30(2014)1410-1418.
[4]J.Kang,F.C.Zhang,X.Y.Long,Z.N.Yang,SynergisticenhancingeffectofN+Calloyingoncyclicdeformationbehaviorsinausteniticsteel,MaterialsScienceandEngineeringA610(2014)427-435.
[5]J.Kang,F.C.Zhang,Z.N.Yang,X.Y.Long,CyclicdeformationbehaviorofanewN+Calloyingausteniticmanganesesteel,AdvancedMaterialsResearch891-892(2014)1621-1626.
2013年
[1]YangZhinan,LiuFengchao,YanZhigang,ZhangFucheng,EffectofAnnealingonMicrostructureandHardnessinHotandColdRolledZr705,RareMetalMaterialsandEngineering,42(2013)254-258.
[2]X.Y.Feng,F.C.Zhang,Z.N.Yang,M.Zhang,WearbehaviourofnanocrystallizedHadfieldsteel,Wear,305(2013)299-304.
[3]W.M.Ke,F.C.Zhang,Z.N.Yang,M.Zhang,Micro-characterizationofmacro-slidingwearforsteel,MaterialsCharacterization82(2013)120-129.
[4]张福成，杨志南，康杰，铁路辙叉用贝氏体钢研究进展，燕山大学学报，37(2013)1-7.
2012年
[1]Z.N.Yang,F.C.Zhang,Y.Y.Xiao,Z.G.Yan,Dynamicrecovery:TheexplanationforstrainsofteningbehaviourinZr-2.3Nballoy,ScriptaMaterialia67(2012)959-962.
[2]F.C.Liu,Z.N.Yang,C.L.Zheng,F.C.Zhang,Simultaneouslyimprovingthestrengthandductilityofcoarse-grainedHadfieldsteelwithincreasingstrainrate,ScriptaMaterialia66(2012)431–434.
[3]Z.N.Yang,F.C.Liu,F.C.Zhang,Z.G.Yan,Y.Y.Xiao,MicrostructuralevolutionandmechanicalpropertiesinZr705duringtherollingprocess,MaterialsScienceandEngineeringA544(2012)54–58.
[4]Z.N.Yang,Y.Y.Xiao,F.C.Zhang,Z.G.Yan,EffectofcoldrollingonmicrostructureandmechanicalpropertiesofpureZr,MaterialsScience&EngineeringA556(2012)728–733.
[5]Z.N.Yang,F.C.Zhang,F.C.Liu,Z.G.Yan,Y.Y.Xiao,AchievinghighstrengthandtoughnessinaZr–2.3Nballoybytheformationofduplexmicrostructure,MaterialsandDesign40(2012)400–406.
2011年
[1]F.C.Zhang,Z.N.Yang,L.H.Qian,F.C.Liu,B.LvandM.Zhang,Highspeedpounding:AnoveltechniqueforthepreparationofathicksurfacelayerwithahardnessgradientdistributiononHadfieldsteel,ScriptaMaterialia64(2011)560–563.
[2]杨志南，张明，张福成，冯晓勇，高密度脉冲电流对服役后期高锰钢辙叉组织结构的影响，材料研究学报，25(2011)342-346.
[3]杨志南，张福成，张明，刘峰超，孙登月，高锰钢辙叉机械冲击预硬化工艺研究，机械工程学报，47(2011)20-24.
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