北大考研-工学院研究生导师简介-张信荣

爱考机构-北大考研-工学院研究生导师简介-张信荣

张信荣背景资料

清华大学工学博士，曾任日本东北大学流体科学研究所讲师、日本同志社大学能源研究中心高级研究员等职，现任北京大学工学院能源与资源工程系特聘研究员、日本同志社大学访问教授等职。同时还担任国际京都能源环境论坛执委、国际能源转换学术会议主席等职。具有丰富的科研教学经验，在日本工作期间，讲授《特殊流体工程》、《新能源技术》等课程。目前从事的研究工作主要集中在新型能源系统与技术、温室气体有效利用与管理、废热利用与节能技术以及能源系统中与热力学、传热及流体动力学相关的过程等领域。主持完成了近二十项先端新能源、温室气体(CO2等)有效利用等方面的研究项目，已发表学术论文100余篇，拥有八项发明专利。

研究兴趣及方向

工程热物理及与之相关的各种学术工程领域(Thermalengineeringandheattransferinvariousacademic&Engineeringfields)

主要研究兴趣：

新型能源系统、可再生式热能源、先进节能技术、新型功能性流体构筑及其传热研究、微纳米与生物传热技术、先端海水淡化及污水处理技术等。

主要学术研究工作简历

2009（7～8月）加拿大国家研究委员会访问教授

2008～日本同志社大学访问教授

2007～北京大学，特聘研究员

2007～北京科技大学生态系，客座高级研究员

2006（8～9月）挪威科学技术大学能源与石油天然气战略研究部门，客座高级研究员2006～京都国际能源环境论坛执委

2004～2007日本同志社大学能源研究中心，高级研究员

2002～2004日本东北大学流体科学研究所，讲师

1998～2002助研，清华大学工程力学系传热研究室

近期代表性论著

Journalpapers:*(Thecorrespondingauthor)2009HiroshiYamaguchi,Xin-RongZhang,DaisukeInoue, AStudyonFlowCharacteristicsofElectrorheologicalFluidinaDamperModel,EngineeringComputatio ns,Vol.26,No.4,pp.375-399,2009.HiroshiYamaguchi,Xin-RongZhang*,AnovelCO2refrigerationsys temachievedbyCO2solid-gastwo-phasefluidanditsbasicstudyonsystemperformance,InternationalJo urnalofRefrigeration,Vol32,Issue7,pp.1683-1693,2009Yamaguchi,N.Sawada,H.Suzuki,H.Ueda,X. R.Zhang*,Anewsolarwaterheaterusingsupercriticalcarbondioxideasworkingfluid,ASMEJournalofS olarEnergyEngineering,2009H.Yamaguchi,X.R.Zhang*,T.Matsumoto,Flowpatternvariationsofvisc oelasticfluidflowsinthree-dimensionalbranchingchannel,Polymerengineeringandscience,DOI10.10 02/pen.21503,2009H.Yamaguchi,X.R.Zhang*,X.D.Niu,ThermomagneticNaturalConvectionofTher moSensitiveMagneticFluidsinCubicCavitywithHeatGeneratingObjectinside,JournalofMagnetisma

ndMagneticMaterials,inpress.H.Yamaguchi,X.D.Niu,X.R.Zhang,K.Yoshikawa,ExperimentalandN umericalInvestigationofNaturalConvectionofMagneticFluidsinaCubicCavity,JournalofMagnetisma ndMagneticMaterials,Vol321,Issue22,pp.3665-3670,2009X.D.Niu,H.Yamaguchi,X.R.Zhang,K.Yo shikawa,Numericalstudyofnaturalconvectionofmagneticfluidsinacubiccavitywithaheatgeneratingo bjectinsidebytheLatticeBoltzmannMethod,AdvancesinAppliedMathematicsandMechanics,inpress. HiroshiYamaguchi,Xin-RongZhang*,XiaodongNiu,K.Nishioka,Investigationofimpulseresponseof anERfluidviscousdamper,JournalofIntelligentMaterialSystemsandStructures,inpress.Xin-RongZha ng*,HiroshiYamaguchi,YuhuiCao,Hydrogenproductionfromsolarenergypoweredsupercriticalcycle usingcarbondioxideCO2HeatPumps:fundamentalandapplications,InternationalJournalofHydrogen Energy,inpress.2008X.R.Zhang*,H.Yamaguchi,Anexperimentalstudyonevacuatedtubesolarcollecto rusingsupercriticalCO2,AppliedThermalEngineering,Vol.28,pp.1225-1233,2008.H.Yamaguchi,X. R.Zhang*,K.Fujima,BasicstudyonnewcryogenicrefrigerationusingCO2solid-gastwophaseflow,Inte rnationalJournalofRefrigeration,Vol.31,pp.404-410,2008.H.Yamaguchi,X.R.Zhang*,S.Higashia,M. Li,Studyonpowergenerationusingelectro-conductivepolymeranditsmixturewithmagneticfluid,Journ alofMagnetismandMagneticMaterials,Vol.320,pp.1406-1411,2008.H.Yamaguchi,X.R.Zhang,Anex perimentalinvestigationoncharacteristicsofsupercriticalCO2basedsolarRankinesystem,RenewableE nergy,20082007X.R.Zhang*,H.Yamaguchi,Forcedconvectionheattransferofsupercriticalcarbondiox ideinahorizontalcirculartube,JournalofSupercriticalFluids,Vol.41,pp.412-420,2007.X.R.Zhang*,H. Yamaguchi,D.Uneno,ExperimentalstudyontheperformanceofsolarRankinesystemusingsupercritical CO2,RenewableEnergy,Vol.32,pp.2617-2628,2007.X.R.Zhang*,H.Yamaguchi,D.Uneno,Thermod ynamicanalysisoftheCO2–basedRankinecyclepoweredbysolarenergy,InternationalJournalofEnergyResearch,Vol.31,pp.1414-1424,2007.X.R.Zhang*,H.Yamaguchi,K.Fujima,M.Enomoto,andN.Sawada,Theoreticalanalysisofa thermodynamiccycleforpowerandheatgenerationusingsupercriticalcarbondioxide,Energy,Vol.32,pp. 591-599,2007.H.Yamaguchi,X.R.Zhang*,A.Ito,M.KuribayashiandH.Nishiyama,Flowcharacteristic sinathree-dimensionalcylindricalbranchingchannel,EngineeringComputations,Vol.24,No.6,pp.636-660,2007.2006X.R.Zhang*,S.Maruyama,K.Tsubaki,S.Sakai,M.Behnia,Mechanismforenhanceddiff usivityinthedeep-seaperpetualsaltfountain,JournalofOceanography,Vol.62,pp.133-142,2006.X.R.Z hang*,H.Yamaguchi,K.Fujima,M.Enomoto,andN.Sawada,Studyofsolarenergypoweredtranscritical cycleusingsupercriticalcarbondioxide,InternationalJournalofEnergyResearch,Vol.30,pp.1117-1129, 2006.X.R.Zhang*,H.Yamaguchi,D.Uneno,K.Fujima,M.Enomoto,andN.Sawada,Analysisofanovels olarenergypoweredRankinecycleforcombinedpowerandheatgenerationusingsupercriticalcarbondio xide,RenewableEnergy,Vol.31,pp.1839-1854,2006.H.Yamaguchi,X.R.Zhang*,K.Fujima,M.Enomo to,N.Sawada,AsolarenergypoweredRankinecycleusingsupercriticalcarbondioxide,AppliedThermal Engineering,Vol.26,pp.2345-2354,2006.H.Yamaguchi,K.Shimada,X.R.Zhang,andD.Inoue,Flowch aracterisiticsofERfluidinmodeldamper,TransactionsoftheJapanSocietyofMechanicalEngineers,Seri esB,Vol.72,No.716,pp.97-103,2006.H.Yamaguchi,A.Ito,M.Kuribayashi,X.R.Zhang*,andH.Nishiya ma,Basicflowcharacteristicsinathree-dimensionalbranchingchannelwithsuddenexpansion,European JournalofMechanics-B/Fluids,Vol.25,pp.909-922,2006.2005X.R.Zhang*,S.Maruyama,H.Yamaguc hi,Laminarnaturalconvectionheattransferfromaverticalbaffledplatesubjectedtoaperiodicoscillation, ASMEJournalofHeatTransfer,Vol.127,pp.733-739,2005.X.R.Zhang*,H.Yamaguchi,K.Fujima,M.E nomoto,andN.Sawada,AfeasibilitystudyofCO2-basedRankinecyclepoweredbysolarenergy,JSMEIn ternationalJournal,Series.B(FluidsandThermalEngineering),Vol.48,pp.540-547,2005.H.Yamaguchi,