导师信息#北京航空航天大学数学与系统科学学院应用数学导师介绍#刘铁钢

导师详细信息

姓名：刘铁钢

性别：男

出生年份：1964

职称：教授

院系：数学与系统科学学院

首次聘任导师时间：2008

现聘任导师一级学科名称：数学

现聘任导师二级学科名称：应用数学

聘任在第二学科培养博士生专业名称：无

聘任在自主设置学科培养博士生专业名称：无

主要研究方向及特色：主要从事1）可压缩空气动力学的高精度算法研究；2）可压缩多介质流特别是大密度比、高压比多介质流的算法研究和数值模拟；3）水下空化流 、超空化流的物理模型建立及相应的算法研究和数值计算；4）移动边界问题数值方法。所研究领域大多属世界前沿包括可压缩流非线性流固耦合数值技术
、水下爆炸冲击数值模拟、水下空化及超空化模拟 、动边界捕捉技术、多介质Riemann问题解及其解算器
、可压缩多介质流高精度数值算法 。于2003年发展了自己的modifiedghostfluidmethod
。2004年发展了等熵空化流模型(isentropicone-fluidcavitationmodel)。本人在大密度比、高压高温比多介质流的算法研究已进入世界前沿 。本人的研究跟实际应用紧密相连，在工业 、国防和能源领域有着广泛的应用。近5年发表SCI论文20余篇 ，单篇引用最高达100次
。20多次被国际
、国内著名大学和研究所邀请作学术报告。2007年中国数学大会特邀报告人之一 。

电子信箱：liutg@bubb.edu.cn

办公电话：010-82316470

办公地点：北航新主楼F914

通信地址：北京市海淀区学院路37号

个人简介：

个人简历

刘铁钢分别于1986和1989年获得北京大学数学系学士和硕士
。从1989至1995年
，在中国科学院计算数学研究所工作。于2001获新加坡国立大学机械系工学博士 。从1999年至2007年，在新加坡国立大学和新加坡科技局高性能计算研究所工作和教学
。于2007年八月回国任教 ，现为北京航空航天大学数学与系统科学学院教授、博士生导师 、蓝天学者。主要研究兴趣有可压缩计算流体动力学
、可压缩多介质流体数值方法、多介质Riemann问题解及解算器 、空化流模型及数值方法
、非线性流固耦合、动边界问题及LevelSet方法 。

详细情况:

教育情况:

1982-1986理学学士，北京大学数学系计算数学;1986-1989理学硕士
，北京大学数学系计算流体力学;1995-1999工学博士，新加坡国立大学机械系计算流体力学.

获奖情况:

新1995-1999加坡国立大学奖学金;1997中国科学院自然科学一等奖（团体.

工作经历:

1989.9-1992.5工程师 ，中国科学院计算中心（现中科院计算数学研究所）

1992.6-1995.8助理研究员
，中国科学院计算中心（现中科院计算数学研究所）

1999.2-2007.7高级研究员，新加坡科技局高性能计算研究所

2007.7-现在教授 ，博士生导师
，北京航空航天大学数学系

研究领域:

1.空化流和超空化流的建模与数值模拟;2.可压缩多相流多介质流的建模与数值模拟;3.可压缩多相流多介质流Riemann问题解及解算器;4.动边界 、动体问题数值解法;5.超音速和高超音速流的数值解法;6.流－固耦合数值解法;7.流体与柔性壁相互作用的稳定性分析.

已完成和承担的项目:

1.民用客机xxxxx技术研究，2013-2017 ，工信部
，1200万，项目负责人之一

2.中俄大型xxxxx核心技术合作研究 ，2010-2014
，科技部，2000万 ，子项目负责人

3.飞行器高雷诺数下气动优化及动边界问题高精度快速算法，2011-2014
，国家自然科学基金，75万 ，主持

4.高分辨率数值方法及其在三维复杂流体中的应用.2010-2013
，国家自然科学基金,160万,主要参与者.

5.可压缩大密度比多介质无粘流的MGFM算法研究与应用.2009-2011,国家自然科学基金,25万,主持.

研究生培养:

博士后2名（在国外完成）

博士生1名（在国外完成）+8名（北航）

硕士生4名（在国外完成）＋9名（北航）

教学情况:

SympolicComputing;数值分析；并行算法；偏微分方程数值解
、计算流体力学、科技论文写作
。

发表学术论文及出版专著情况:

已发表的SCI论文

--LiangXu,TiegangLiu.ModifiedGhostFluidMethodasAppliedtoFluid-PlateInteraction.Adv.Appl.Math.Mech.,26:24-48,2014

--JianChen,YaowenLu,TiegangLiu,MultidomainhybridRKDGandWENOmethodsforhyperbolicconservationlaws,SIAMJSciComput.Vol.35,No.2,pp.1049–1072,2013.

--ZhenWang,ShengjiaoYu,TiegangLiu.EffectofShapeParameterizationonAerodynamicShapeOptimizationwithSPSAAlgorithm.ProcediaEngineering.61:393-402,2013

--XiaofengHe,ZhengWang,TiegangLiu.SolvingTwo-DimensionalEulerEquationsonGPU.ProcediaEngineering.61:57-62,2013

--JunZhu,TiegangLiu,JianxianQiu,BooCheongKhoo,RKDGmethodswithWENOlimitersforunsteadycavitatingflow.Computers&Fluids57:52–65,2012.

--LiangXuandTiegangLiu,Accuraciesandconservationerrorsofvariousghostfluidmethodsformulti-mediumRiemannproblem.J.Comput.Phys.,230:4975-4990,2011

--JunZhu,JianxianQiu,TiegangLiuandBooCheongKhoo,RKDGmethodswithWENOtypelimitersandconservativeinterfacialprocedureforone-dimensionalcompressiblemulti-mediumflowsimulations.AppliedNumericalMathematics.61:554-580,2011.

--LiangXuandTiegangLiu,OptimalErrorEstimationoftheModifiedGhostFluidMethod.Commun.Comput.Phys.,8:403-426,2010

--JiequanLi,TiegangLiuandZhongfengSun,ImplementationoftheGRPschemeforcomputingradiallysymmetriccompressiblefluidflows.J.Comput.Phys.,228:5867-5887,2009

--WenfengXie,TiegangLiuandYin-LuYoung,Theeffectofsurfacecurvatureonundex-inducedhullcavitation.ModernPhysicsLettersB,vol23,253-256,2009.

--ChunwuWang,HuazhongTangandTiegangLiu,Anadaptiveghostfluidfinitevolumemethodforcompressiblegas–watersimulations.J.Comput.Phys.,227:6383-6409,2008.

--LiuTG,XieWFandKhooBC,TheModifiedGhostFluidMethodforCouplingofFluidandStructureConstitutedwithHydro-Elasto-PlasticEquationofState.SIAMJ.Sci.Comput.,33/3:1105-1130,2008.

--XieW.F.,Y.L.YoungandT.G.Liu,MultiphaseModelingofDynamicFluid-StructureInteractionduringClose-inExplosion.InternationalJournalforNumericalMethodsinEngineering,70:1019-1043,2008.

--TGLiu,JYHo,BCKhooandAWChowdhury,NumericalSimulationofFluid-StructureInteractionUsingModifiedGhostFluidMethodandNaviersEquations.J.Sci.Comput.,36:45–68,2008.

--JianxianQiu,TiegangLiuandBooCheongKhoo,Simulationsofcompressibletwo-mediumflowbyRunge-KuttadiscontinuousGalerkinmethodswiththeghostfluidmethod,CommunicationsinComputationalPhysics,3:479-502,2008

--XieW.F.,Y.L.Young,T.G.LiuandB.C.Khoo,Dynamicresponseofdeformablestructuressubjectedtoshockloadandcavitationreload,ComputationalMechanics.44:667-681,2007.

--XieWF,LiuTGandKhooBC.TheSimulationofCavitatingFlowsInducedbyUnderwaterShock-FreeSurfaceInteraction.AppliedNumericalMathematics.57:734-745,2007.

--LiuTGandKhooBC,TheAccuracyoftheModifiedGhostFluidMethodforGas-GasRiemannProblem,AppliedNumericalMathematics.57:721-733,2007.

--QiuJianxian,LiuTiegangandKhooBooCheong.Runge-KuttadiscontinuousGalerkinmethodsfortwo-mediumflowsimulations:one-dimensionalcase,J.Comput.Phys.,222:353-373,2007.

--HuazhongTangandTiegangLiu,ANoteontheConservativeSchemesfortheEulerEquations.J.Comput.Phys.218:451-459,2006.

--LiuTG,KhooBC,andXieWF,TheModifiedGhostFluidMethodasappliedtoextremeFluid-StructureInteractioninthePresenceofCavitation,CommunicationsinComputationalPhysics,Vol.1No.5,pp898-919,2006.

--EKlaseboer,CKTurangan,SWFong,TGLiu,KCHung,BCKhoo,Simulationsofpressurepulse–bubbleinteractionusingboundaryelementmethod.Computermethodsinappliedmechanicsandengineering,Vol.195,pp4287-4302,2006.

--WangCW,LiuTG,KhooBC.AReal-GhostFluidMethodfortheSimulationofMulti-MediumCompressibleFlow.SIAMJ.Sci.Comput.Vol28,No1,pp278-302,2006.

--XieWF,LiuTGandKhooBC,ApplicationofaOne-fluidModelforLargeScaleHomogeneousUnsteadyCavitation:themodifiedSchmidt’smodel.Comput.&Fluids.Vol35,pp1177-1192,2006.

--LiuTG,XieWFandKhooBC,Ghostfluidmethodappliedtocompressiblemulti-phaseflows.MordenPhysicsLettersB,Vol19,pp1475-1478,2005.

--LiuTG,KhooBCandWangCW.TheGhostFluidMethodforCompressibleGas-WaterSimulation.J.Comput.Phys.Vol.204,pp193-221,2005.(citedbyinscopus19)

--LiuTG,KhooBCandXieWF.IsentropicOne-FluidModellingofUnsteadyCavitatingFlow.J.Comput.Phys.Vol201,pp80-108,2004.

--LiuTG,KhooBCandYeoKS.GhostFluidMethodforstrongshockimpactingonmaterialinterface.J.Comput.Phys.Vol.190,pp651-681,2003.(citedbyinscopus48)

--LiuT.G.,B.C.Khoo,K.S.YeoandWangC.Underwatershock-freesurface-structureinteraction.Inter.J.Numer.MethodEng.Vol.58/4pp609-630,2003.

--LiuT.G.,B.C.KhooandK.S.Yeo,Thesimulationofcompressiblemulti-mediumflow.PartI:Anewmethodologywithtestapplicationsto1Dgas-gasandgas-watercases.Comput.&Fluids.Vol.30/3,pp291-314,2001.

--LiuT.G.,B.C.KhooandK.S.Yeo,Thesimulationofcompressiblemulti-mediumflow.PartII:Applicationsto2Dunderwatershockrefraction.Comput.&Fluids.Vol.30/3,pp315-337,2001.

--LiuT.G.,Khoo,B.C.andYeo,K.S.Thenumericalsimulationsofexplosionandimplosioninair:useofamodifiedHarten'sTVDscheme.1999,Int.J.Numer.Meth.Fluids,Vol.31/4.pp661-680.

--LiuTiegang,WangRuquanandSongSonghe.Animplicit-explicitupwindalgorithmfortheparabolizedNavier-Stokesequations.ACTAMechanicSinica,Vol.10.No.2.p.129-135.1994.

20篇国际会议论文

1.LiuTG,KhooBCandHoJY,TheModifiedGhostFluidMethodforFluid-ElasticStructureCoupling.The7thWorldCongressonComputationalMechanics,16-22July2006,LosAngles,California,USA.

2.XieWF,YoungJ,KhooBCandLiuTG,AGhostFluidMethodforShock,StructureandFreeSurfaceInteraction.The7thWorldCongressonComputationalMechanics,16-22July2006,LosAngles,California,USA.

3.Hung,K.C.,Fong,S.W.,Klaseboer,E.,Turangan,C.K.,Khoo,B.C.,andLiu,T.G.Simulationofpressurepulse-bubbleinteractionusingtheboundaryelementmethod.InComputationalMethodsinMultiphaseFlowIII,(Ed.Mammoli,A.A.andBrebbia,C.A.),pp.83-92,WITPress.Sept.2005

4.LiuTG,XieWFandKhooBC,CavitationModelingwithApplicationstoShockCavitationInteraction.The25thInternationalSymposiumonShockWaves-ISSW25,17-22July,2005.Bangalore,India.

5.HungKC,KlaseboerE,TuranganCK,FongSW,LiuTGandKhooBC,Computationalmechanicsofashockwaveanditseffectsonacavitationbubble,The25thInternationalSymposiumonShockWaves-ISSW25,17-22July,2005.Bangalore,India.

6.LiuTG,XieWFandKhooBC,Ghostfluidmethodappliedtocompressiblemulti-phaseflows.InternationalSymposiumonPhysicsofFluids,2005.9-12June,2005,Huangshan,China.

7.LiuTG,OnAccuracyoftheGhostFluidMethodAppliedtoGas-GasRiemannProblems.InternationalConferenceonScientificComputing(ICSC05).4–8June,Nanjing,China,2005.

8.XieWF,LiuTGandKhooBC,MultidimensionalSimulationofHomogeneousUnsteadyCavitation.InternationalConferenceonScientificComputing(ICSC05).4–8June,Nanjing,China,2005.

9.SiewWanFong,EKlaseboer,CKTurangan,BCKhoo,TGLiuandKCHung.Simulationsofpressurepulse-bubbleinteractionusingboundaryelementmethod.BoundaryElementMethods(BEM27),15-17March2005.Orlando,Florida,USA.

10.LiuTG,KhooBC,Ghostfluidmethodforcompressiblegas-liquidflow.TheInternationalConferenceonComputationalMethod(ICCM2004),December15-17,2004,Singapore.

11.XieWF,LiuTG,KhooBC.Homogeneoussimulationofcavitatingflow.Proceedingsofthe5thInternationalConferenceonMulti-phaseFluid(ICMF).Yokohama,Japan,May30toJune4,2004.

12.LiuTG,HungKC,KhooBC.SimulationofStrongShock-InterfaceInteraction,The24thInternationalSymposiumonShockWave(ISSW24)July11-16,2004,Beijing.

13.LiuTG,XieWF,KhooBC.Modelingunsteadycompressiblecavitationflow.ProceedingsoftheInternationalConferenceonScientificandEngineeringComputation(IC-SEC2004).June30to02July,2004.GrandCopthorneWaterfrontHotel,Singapore.

14.Liu,T.G.,Khoo,B.C.andHung,K.C.TheModifiedGhostFluidMethod.ProceedingsoftheInternationalConferenceonScientificandEngineeringComputation(IC-SEC2002).RafflesCityConventionCentre,Singapore,from3to5December2002.P122-125

15.WangC.W.,Liu,T.G.,Khoo,B.C.andHung,K.C.HighAccuracySimulationofMultimediumFluid.ProceedingsoftheInternationalConferenceonScientificandEngineeringComputation(IC-SEC2002).RafflesCityConventionCentre,Singapore,from3to5December2002.P118-121.

16.Liu,T.G.,Khoo,B.C.,Yeo,K.S.andWangC.Shookloadinginthepresenceoffreesurfaceandcavitation.The23rdInternationalSymposiumonShockWaves(ISSW23),ArlingtonTX,USA,23-27July2001.P.219.

17.Yeo,K.S.,Zhao,H.Z.,Liu,T.G.andLim,T.B.Interactionofflowandcompliantsurfaces.ProceedingsofUnderwaterDefenceTechnology(UDT)Pacific2000,Sydney.February7-9,2000.Pp.306-310.

18.Liu,T.G.,Khoo,B.C.andYeo,K.S.ShockStructureCavitationInteraction.JointConferencebetweenONR-Singapore,WashingtonDC,USA.November1-3,2000.

19.Yeo,K.S.,Zhao,H.Z.,Liu,T.G.andLim,T.B.Interactionofflowandcompliantsurface.1999,NavalPlatformTechnologyConference,Singapore.Oct,15,1999.

20.Liu,T.G.,Khoo,B.C.andYeo,K.S.Thesimulationofunderwaterexplosionnearafreesurface.1998,The3rdHighPerformanceComputingAsiaConference.Singapore,Sept.23-25,pp.812-820

26次被邀请访问和讲学

1.Themodifiedghostfluidmethod.29June2007.HunanUniversity,Changsha,China.

2.Themodifiedghostfluidmethod.28June2007.DeptofMath.,HunanNormalUniversity,Changsha,China.

3.Themodifiedghostfluidmethod.26(25-29)June2007.SchoolofAstronauticsandmaterialEngineering,NationalUniversityofDefenceTechnology.Changsha,China,

4.IsentropicOne-FluidCavitationModellingandApplications.25(25-29)June2007.SchoolofAstronauticsandmaterialEngineering,NationalUniversityofDefenceTechnology.Changsha,China

5.TheLatestDevelopmentandApplicationsoftheModifiedGhostFluidMethod.DeptofMech.Eng.,20-22June,2007.UniversityofScienceandTechnologyofChina.Hefei,China

6.Themodifiedghostfluidmethod.19June2007,BeijingInstituteofTechnology,Beijing

7.TheModifiedGhostFluidMethodforTreatingMovingInterfacesanditsApplications.17April2007,DeptofMath.NationalUniversityofDefenceTechnology.Changsha,China

8.IsentropicOne-FluidCavitationModellingandApplications,13April2007.DeptofMath,NanjingUniversityofAeronauticsandAstronautics.Nanjing,China.

9.TheModifiedGhostFluidMethodanditsApplications,12March,2007,InstituteforMathematicalScience,NationalUniversityofSingapore,Singapore

10.TheModifiedGhostFluidMethodanditsApplicationstoFluid-StructureInteraction,18-22June2006,InstituteofMechanics,ChineseAcademyofScience.

11.TheModifiedGhostFluidMethod,11-16June2006.DeptofMech.Eng.,UniversityofScienceandTechnologyofChina.

12.OnAccuracyofVariousGhostFluidMethods,11-16June2006.DeptofMech.Eng.,UniversityofScienceandTechnologyofChina.

13.TheModifiedGhostFluidMethodAppliedtoCompressibleFluid-DeformableStructureCoupling,11-16June2006.DeptofMech.Eng.,UniversityofScienceandTechnologyofChina.

14.IsentropicOne-FluidCavitationModeling,1-16June2006.DeptofMech.Eng.,UniversityofScienceandTechnologyofChina.

15.TheModifiedGhostFluidMethodAppliedtoCompressibleFluid-DeformableStructureCoupling.28March2006.Dept.ofMath.NationalUniversityofSingapore.

16.TheModifiedGhostFluidMethodAppliedtoCompressibleFluid-DeformableStructureCoupling.27Dec.2005,InstituteofAppliedPhysicsandComputationalMathematics,Beijing.

17.TheModifiedGhostFluidMethodAppliedtoCompressibleFluid-DeformableStructureCoupling.The2ndInternationalConferenceonScientificComputingandPartialDifferentialEquations&theFirstEastAsiaSIAMConference(CSCPDE05).12–16December2005.HongKongBaptistUniversity.

18.OnAccuracyoftheGhostFluidMethodAppliedtoGas-GasRiemannProblems.InternationalConferenceonScientificComputing(ICSC05).4–8June,Nanjing,China,2005

19.TheAccuracyofGhostFluidMethod.14June2005.DepartmentofMath.NanjingUniversityofAeronauticsandAstronautics.Nanjing,China

20.OnAccuracyoftheGhostFluidMethod.Workshoponnonlinearpartialdifferentialequations:analysis,computationandapplications.3-6May2005.IMS,NUS.

21.Isentropicmodellingofunsteadycavitatingflow.The1stWorkshoponpartialdifferentialequationandscientificcomputing.December23-24,2004,NUS.

22.TheGhostFluidMethodforCompressibleMulti-mediumFlow,9:00-10:00am,03(Wednesday)December2003.Room344,LNM,InstituteofMechanics,ChineseAcademyofSciences,Beijing.

23.TheGhostFluidMethodforCompressibleGas-WaterFlow,4:30-5:30pm,18(Tuesday)November2003.DepartmentofComputationalMathematics,SchoolofMathematicalSciences,PekingUniversity,Beijing.

24.TheGhostFluidMethod,3:00-4:00pm,12(Wednesday)November2003,InstituteofComputationalMathematics,AcademyofMathematicalandSystemSciences,ChineseAcademyofSciences,Beijing.

25.GhostFluidMethodforStrongShockImpactingonMaterialInterface,10:00-11:00am,10(Monday)November2003,InstituteofAppliedPhysicsandComputationalMathematics,Beijing.

26.SimulationofUnderwaterExplosionnearaFreeSurfaceandStructure,2:00-3:00pm,25March2002,CIM-IHPCSeminar,DepartmentofMathematics,NationalUniversityofSingapore(NUS).

15个技术报告

1.Zhao,H.Z.,LiuT.G.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.Half-YearReportNo.2,Nov.1999.InstituteofHighPerformanceComputing,Singapore.

2.Zhao,H.Z.,LiuT.G.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.Half-YearReportNo.3,Apr.2000.InstituteofHighPerformanceComputing,Singapore.

3.LiuT.G.,Zhao,H.Z.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.Half-YearReportNo.4,Nov.2000.InstituteofHighPerformanceComputing,Singapore.

4.LiuT.G.,KhanS.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.Half-YearReportNo.5,Apr.2001.InstituteofHighPerformanceComputing,Singapore.

5.LiuT.G.,KhanS.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.Half-YearReportNo.6,Nov.2001.InstituteofHighPerformanceComputing,Singapore.

6.LiuT.G.,KhanS.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.Half-YearReportNo.7(ReportforExrtension),June2002.InstituteofHighPerformanceComputing,Singapore.

7.LiuT.G.,KhanS.,Yeo,K.S.andKhoo,B.C.Interactionofflowwithsubmergedcompliantcoating.FinalReport,June2002.InstituteofHighPerformanceComputing,Singapore.

8.LiuT.G.EvertC.HungK.C.andKhooB.C.ValidationofUndexResearchCodewithselectedtestcasesandstudyofunderwatershockstructurecavitationinteraction.Half-YearlyReportNo.1,July2002.

9.LiuT.G.EvertC.HungK.C.andKhooB.C.ValidationofUndexResearchCodewithselectedtestcasesandstudyofunderwatershockstructurecavitationinteraction.Half-YearlyReportNo.2,December2002.

10.LiuT.G.ThedevelopmentofadvancedGFMsolversforcompressiblemulti-medium/multi-phaseflow.Half-YearlyReportNo.1,May2003.

11.LiuT.G.andWangC.W.ThedevelopmentofadvancedGFMsolversforcompressiblemulti-medium/multi-phaseflow.Half-YearlyReportNo.2,January2004.

12.LiuT.G.TuranganC.Numericalmethodsforcavitationproblems.Half-YearlyReportNO1.January2005.

13.LiuT.G.TuranganC.Numericalmethodsforcavitationproblems.Half-YearlyReportNO2.July2005.

14.LiuT.G.TuranganC.Numericalmethodsforcavitationproblems.Half-YearlyReportNO3.February2006.

15.LiuT.G.TuranganC.Numericalmethodsforcavitationproblems.Half-YearlyReportNO4.December2006.