大連理工大學生物醫(yī)學工程系導師：唐洪 正文

[導師姓名]
唐洪

[所屬院校]
大連理工大學

[基本信息]
導師姓名：唐洪
性別：男
人氣指數(shù)：3096
所屬院校：大連理工大學
所屬院系：生物醫(yī)學工程系
職稱：副教授
導師類型：碩導/博導
招生專業(yè)：信號與信息處理、生物醫(yī)學工程
研究領域：（1）研究生物醫(yī)學信號處理，主要包括心音信號分析、心音特征與心臟血流動力的關系、心音信號的...

[通訊方式]
電子郵件：tanghong@dlut.edu.cn

[個人簡述]
博士、教授、博士生導師曾獲”王仁先生青年科技獎”，已發(fā)表SCI論文40余篇,其中包括數(shù)篇JMPS,IJP,Actamaterial,NanoLetters,SoftMatter,Macromolecue等。
本組現(xiàn)有博士生7名，碩士生1名，本組學術氛圍濃厚，研究經(jīng)費充足，歡迎具有力學、物理和材料背景的優(yōu)秀研究生（碩士和博士）加入本組，也歡迎數(shù)學物理基礎扎實的本科生來組內(nèi)實習。
聯(lián)系方式：
郵箱：shantang@dlut.edu.cn
電話：18723558261
學術專長：
計算力學，斷裂力學、材料本構和多尺度力學。具有扎實的數(shù)學功底和很強的計算機編程能力，擅長使用合適的計算力學工具來解決工程應用領域的難題。多年來致力于應用力學（連續(xù)介質(zhì)力學、統(tǒng)計力學、熱力學等）去解決工程應用中的斷裂、破壞、結(jié)構和材料性能等問題。
代表性研究項目：
1、中組部“青年QR”資助項目；
1、國家自然科學基金委員會資助項目：仿彈性蛋白高分子材料的粘彈性力學性能研究；
2、重慶市基礎與前沿研究計劃項目：鋁合金板沖擊蝶狀破壞的微觀表征和多尺度模擬；
4、重慶大學機械傳動國家重點室開放基金。
論文及專著：
【1】Liu,S.,Tang,S.,Zhang,X.,Wang,A.,Yang,Q.H.,&Luo,J.(2017).Porousalcurrentcollectorfordendrite-freenametalanodes.NanoLetters.
【2】S.Tang,G.Zhang,N.Zhou,T.F.Guo,X.X.Huang(2017).Uniaxialstress-drivengrainboundarymigrationinHexagonalClose-packed(HCP)metals:TheoryandMDsimulations.InternationalJournalofPlasticity95,82-104.
【3】Zhou,Z.,Li,Y.,Wong,W.,Guo,T.,Tang,S.,&Luo,J.(2017).Transitionofsurface-interfacecreasinginbilayerhydrogels.SoftMatter.
【4】Z.L.Li,Z.H.Zhou,Y.Li,S.Tang(2017).EffectofCyclicLoadingonSurfaceInstabilityofSiliconeRubberunderCompression.Polymers9,xxx-xxx.
【5】S.Tang,B.Gao,Z.H.Zhou,Q.Gu,T.F.Guo(2017).Dimension-controlledformationofcreasepatternsonsoftsolids.SofterMatter13,619-626.
【6】S.Tang,T.F.Guo,X.Peng(2016).Voidgrowthinapressure-sensitivedilatantsolidapplicationstoshalerocksandpolymers.ChineseJournalofComputationalMechanics33,649-656.
【7】S.Tang,Y.Li,Y.Yang,andZ.Guo(2015).Theeffectofmechanical-drivenvolumetricchangeoninstabilitypatternsofbilayeredsoftsolids.SoftMatter11,7911-7919.
【8】S.Tang,Y.Yang,X.Peng,W.K.Liu,X.Huang,andK.Elkhodary(2015).Asemi-numericalalgorithmforinstabilityofcompressiblemultilayeredstructures.ComputationalMechanics56,63-75.
【9】S.Tang,Y.Li,W.K.Liu,N.Hu,X.Peng,andZ.Guo(2015).TensileStress-DrivenSurfaceWrinklesonCylindricalCore-ShellSoftSolids.JournalofAppliedMechanics-TransactionsoftheASME82,121002.
【10】S.Tang,M.S.Greene,W.K.Liu,X.Peng,andZ.Guo(2015).Variablechainconfinementinpolymerswithnanosizedporesanditsimpactoninstability.JournalofAppliedMechanics-TransactionsoftheASME82,101001.
【11】S.Tang,Y.Li,W.K.Liu,andX.Huang(2014).Surfaceripplesofpolymericnanofibersundertension:ThecrucialroleofPoisson’sratio.Macromolecules47,6503-6514.
【12】S.Tang,M.S.Greene,W.K.Liu,X.Peng,andZ.Guo,(2014).Chainconfinementdrivesthemechanicalpropertiesofnanoporouspolymers.EurophysicsLetter106,36002.
【13】S.Tang,A.M.Kopacz,S.Chan,G.B.OlsonandW.K.Liu(2013).Three-dimensionalductilefractureanalysiswithahybridmultiresolutionapproachandmicrotomography.JournaloftheMechanicsandPhysicsofSolids61,2108C2124.
【14】S.Tang,A.M.Kopacz,S.C.O’Keeffe,G.B.OlsonandW.K.Liu(2013).Concurrentmultiresolutionfiniteelement:formulationandalgorithmicaspectsComputationalMechanics52,1265C1279.
【15】S.Tang,M.S.Greene,andW.K.Liu(2012).Two-scalemechanism-basedtheoryofnonlinearviscoelasticity.JournaloftheMechanicsandPhysicsofSolids60,199-226.
【16】S.Tang,M.S.Greene,andW.K.Liu(2011).Arenormalizationapproachtomodelinteractioninmicrostructuredsolids:applicationtoporouselastomer.ComputerMethodsinAppliedMechanicsandEngineering217,213-225.
【17】S.Tang,M.S.Greene,andW.K.Liu(2011).Avariableconstrainttubemodelforsizeeffectsinpolymernanostructures.AppliedPhysicsLetters99,191910.
【18】S.Tang,T.F.Guo,L.Cheng(2008).Rateeffectsontoughnessinelasticnonlinearviscoussolids.JournaloftheMechanicsandPhysicsofSolids56,974-992.
【19】S.Tang,T.F.Guo,L.Cheng(2009).Dynamictoughnessinelasticnonlinearviscoussolids.JournaloftheMechanicsandPhysicsofSolids57,384-400.
【20】S.Tang,T.F.Guo,L.Cheng(2009).C*controlledcreepcrackgrowthbygrainboundarycavitation.ActaMaterialia56,5293-5303.
【21】S.Tang,T.F.Guo,L.Cheng(2008).Modemixityandnonlinearviscouseffectsontoughnessofinterfaces.InternationalJournalofSolidsandStructure45,2493-2511.
【22】S.Tang,T.F.Guo,L.Cheng(2011).Modelinghydrogenattackeffectoncreepfracturetoughness.InternationalJournalofSolidsandStructure48,2909-2919.
【23】S.Tang,T.F.Guo,L.Cheng(2009).Creepfracturetoughnessusingconventionalandcellelementapproaches.ComputationalMaterialScience44,138-144.
【24】S.Tang,T.F.Guo,L.Cheng(2007).RateDependentInterfaceDelaminationinPlasticICPackages.9thElectronicsPackagingTechnologyConference,2007.
【25】S.Tang,T.F.Guo,L.Cheng(2006).Vapourpressureandvoidshapeeffectsonvoidgrowthandruptureofpolymericsolids.
【26】Y.Li,S.Tang,B.C.Abberton,M.Kroger,W.K.Liu(2013),Apredictivemultiscalecomputationalframeworkforviscoelasticpropertiesoflinearpolymers,Polymer53,5935-5952.
【27】S.C.O’Keeffe,S.Tang,A.M.Kopacz,J.Smith,D.J.Rowenhorst,G.Spanos,W.K.Liu,andG.B.Olson(2015).Multiscaleductilefractureintegratingtomographiccharacterizationand3-Dsimulation.ActaMaterialia82,503-510.
【28】T.Fu,X.Peng,Y.Zhao,C.Feng,S.Tang,N.Hu,andZ.Wang(2015).First-principlescalculationandmoleculardynamicssimulationoffracturebehaviorofVNlayersunderuniaxialtension.PhysicaE69,224-231.
【29】Z.Y.Guo,Y.Chen,Q.Wan,H.T.Li,X.h.Shi,S.Tang,X.Q.Peng(2016).AHyperelasticConstitutiveModelforChain-StructuredParticleReinforcedNeo-HookeanComposites.MaterialsDesign95,580-590.
【30】X.Peng,S.Tang,N.Hu,J.Han(2016).DeterminationoftheEshelbytensorinmean-fieldschemesforevaluationofmechanicalpropertiesofelastoplasticcomposites.InternationalJournalofPlasticity76,147-165.
【31】Y.Li,S.Tang,M.Kroger,W.K.Liu(2015).Molecularsimulationguidedconstitutivemodelingonfinitestrainviscoelasticityofelastomers.JournaloftheMechanicsandPhysicsofSolids88,204C226.
【32】D.Peng,Z.H.Zhou,Y.Li,S.Tang(2016).ComputationalModelingoftheEffectofSulciduringTumorGrowthandCerebralEdema.JournalofNanomaterials18,3038790.
【33】B.HuN.HuS.Tangetal.(2014)TomographicreconstructionofdamageimagesinhollowcylindersusingLambwaves.Ultrasonics54(7).
【34】L.Wu,G.Huang,N.Hu,S.Fu,J.Qiu,Z.Wang,andS.Tang(2014).ImprovementofthepiezoelectricpropertiesofPVDF-HFPusingAgNWs.RCSAdvances4,35896-35903.
【35】L.E.Lindgren,H.Qin,W.K.mLiu,S.Tang(2011).Simplifiedmultiscaleresolutiontheoryforelasticmaterialwithdamage.11thInternationalConferenceonComputationalPlasticity,2011.
【36】R.Tian,S.Chan,S.Tang,A.M.Kopacz,J.S.Wang,H.J.Jou,L.Siad,L.Lindgen,G.B.Olson,W.K.Liu(2010).Amultiresolutioncontinuumsimulationoftheductilefractureprocess,JournaloftheMechanicsandPhysicsofSolids58,1681-1700.
【37】K.I.Elkhodary,M.S.Greene,S.Tang,T.Belytschko,W.K.Liu(2013),Archetype-blendingcontinuumtheory,ComputerMethodsinAppliedMechancisandEngineering,onlinehttp://dx.doi.org/10.1016/j.bbr.2011.03.031.
【38】K.I.Elkhodary,S.Tang,W.K.Liu(2013).Chapter:InclusionClustersintheArchetype-BlendingContinuumTheory.
【39】M.S.Greene,H.Xu,S.Tang,W.Chen,W.K.Liu(2013).Ageneralizeduncertaintypropagationcriterioarkstudiesofmicrostructuredmaterialsystems,ComputerMethodsinAppliedMechanicsandEngineering254,271-291.
【40】B.L.Boyce,S.L.B.Kramer,S.Tangetal.(2013)TheSandiaFractureChallenge:blindroundrobinpredictionsofductiletearing,InternationalJournalofFracture10(1-2):1007.

[科研工作]
博士、教授、博士生導師，曾獲”王仁先生青年科技獎”，已發(fā)表SCI論文40余篇,其中包括數(shù)篇JMPS,IJP,Actamaterial,NanoLetters,SoftMatter,Macromolecue等。
本組現(xiàn)有博士生7名，碩士生1名，本組學術氛圍濃厚，研究經(jīng)費充足，歡迎具有力學、物理和材料背景的優(yōu)秀研究生（碩士和博士）加入本組，也歡迎數(shù)學物理基礎扎實的本科生來組內(nèi)實習。
聯(lián)系方式：
郵箱：shantang@dlut.edu.cn
電話：18723558261
學術專長：
計算力學，斷裂力學、材料本構和多尺度力學。具有扎實的數(shù)學功底和很強的計算機編程能力，擅長使用合適的計算力學工具來解決工程應用領域的難題。多年來致力于應用力學（連續(xù)介質(zhì)力學、統(tǒng)計力學、熱力學等）去解決工程應用中的斷裂、破壞、結(jié)構和材料性能等問題。
代表性研究項目：
1、國家自然科學基金委員會資助項目：仿彈性蛋白高分子材料的粘彈性力學性能研究；
2、重慶市基礎與前沿研究計劃項目：鋁合金板沖擊蝶狀破壞的微觀表征和多尺度模擬；
4、重慶大學機械傳動國家重點室開放基金。
論文及專著：
【1】Liu,S.,Tang,S.,Zhang,X.,Wang,A.,Yang,Q.H.,&Luo,J.(2017).Porousalcurrentcollectorfordendrite-freenametalanodes.NanoLetters.
【2】S.Tang,G.Zhang,N.Zhou,T.F.Guo,X.X.Huang(2017).Uniaxialstress-drivengrainboundarymigrationinHexagonalClose-packed(HCP)metals:TheoryandMDsimulations.InternationalJournalofPlasticity95,82-104.
【3】Zhou,Z.,Li,Y.,Wong,W.,Guo,T.,Tang,S.,&Luo,J.(2017).Transitionofsurface-interfacecreasinginbilayerhydrogels.SoftMatter.
【4】Z.L.Li,Z.H.Zhou,Y.Li,S.Tang(2017).EffectofCyclicLoadingonSurfaceInstabilityofSiliconeRubberunderCompression.Polymers9,xxx-xxx.
【5】S.Tang,B.Gao,Z.H.Zhou,Q.Gu,T.F.Guo(2017).Dimension-controlledformationofcreasepatternsonsoftsolids.SofterMatter13,619-626.
【6】S.Tang,T.F.Guo,X.Peng(2016).Voidgrowthinapressure-sensitivedilatantsolidapplicationstoshalerocksandpolymers.ChineseJournalofComputationalMechanics33,649-656.
【7】S.Tang,Y.Li,Y.Yang,andZ.Guo(2015).Theeffectofmechanical-drivenvolumetricchangeoninstabilitypatternsofbilayeredsoftsolids.SoftMatter11,7911-7919.
【8】S.Tang,Y.Yang,X.Peng,W.K.Liu,X.Huang,andK.Elkhodary(2015).Asemi-numericalalgorithmforinstabilityofcompressiblemultilayeredstructures.ComputationalMechanics56,63-75.
【9】S.Tang,Y.Li,W.K.Liu,N.Hu,X.Peng,andZ.Guo(2015).TensileStress-DrivenSurfaceWrinklesonCylindricalCore-ShellSoftSolids.JournalofAppliedMechanics-TransactionsoftheASME82,121002.
【10】S.Tang,M.S.Greene,W.K.Liu,X.Peng,andZ.Guo(2015).Variablechainconfinementinpolymerswithnanosizedporesanditsimpactoninstability.JournalofAppliedMechanics-TransactionsoftheASME82,101001.
【11】S.Tang,Y.Li,W.K.Liu,andX.Huang(2014).Surfaceripplesofpolymericnanofibersundertension:ThecrucialroleofPoisson’sratio.Macromolecules47,6503-6514.
【12】S.Tang,M.S.Greene,W.K.Liu,X.Peng,andZ.Guo,(2014).Chainconfinementdrivesthemechanicalpropertiesofnanoporouspolymers.EurophysicsLetter106,36002.
【13】S.Tang,A.M.Kopacz,S.Chan,G.B.OlsonandW.K.Liu(2013).Three-dimensionalductilefractureanalysiswithahybridmultiresolutionapproachandmicrotomography.JournaloftheMechanicsandPhysicsofSolids61,2108C2124.
【14】S.Tang,A.M.Kopacz,S.C.O’Keeffe,G.B.OlsonandW.K.Liu(2013).Concurrentmultiresolutionfiniteelement:formulationandalgorithmicaspectsComputationalMechanics52,1265C1279.
【15】S.Tang,M.S.Greene,andW.K.Liu(2012).Two-scalemechanism-basedtheoryofnonlinearviscoelasticity.JournaloftheMechanicsandPhysicsofSolids60,199-226.
【16】S.Tang,M.S.Greene,andW.K.Liu(2011).Arenormalizationapproachtomodelinteractioninmicrostructuredsolids:applicationtoporouselastomer.ComputerMethodsinAppliedMechanicsandEngineering217,213-225.
【17】S.Tang,M.S.Greene,andW.K.Liu(2011).Avariableconstrainttubemodelforsizeeffectsinpolymernanostructures.AppliedPhysicsLetters99,191910.
【18】S.Tang,T.F.Guo,L.Cheng(2008).Rateeffectsontoughnessinelasticnonlinearviscoussolids.JournaloftheMechanicsandPhysicsofSolids56,974-992.
【19】S.Tang,T.F.Guo,L.Cheng(2009).Dynamictoughnessinelasticnonlinearviscoussolids.JournaloftheMechanicsandPhysicsofSolids57,384-400.
【20】S.Tang,T.F.Guo,L.Cheng(2009).C*controlledcreepcrackgrowthbygrainboundarycavitation.ActaMaterialia56,5293-5303.
【21】S.Tang,T.F.Guo,L.Cheng(2008).Modemixityandnonlinearviscouseffectsontoughnessofinterfaces.InternationalJournalofSolidsandStructure45,2493-2511.
【22】S.Tang,T.F.Guo,L.Cheng(2011).Modelinghydrogenattackeffectoncreepfracturetoughness.InternationalJournalofSolidsandStructure48,2909-2919.
【23】S.Tang,T.F.Guo,L.Cheng(2009).Creepfracturetoughnessusingconventionalandcellelementapproaches.ComputationalMaterialScience44,138-144.
【24】S.Tang,T.F.Guo,L.Cheng(2007).RateDependentInterfaceDelaminationinPlasticICPackages.9thElectronicsPackagingTechnologyConference,2007.
【25】S.Tang,T.F.Guo,L.Cheng(2006).Vapourpressureandvoidshapeeffectsonvoidgrowthandruptureofpolymericsolids.
【26】Y.Li,S.Tang,B.C.Abberton,M.Kroger,W.K.Liu(2013),Apredictivemultiscalecomputationalframeworkforviscoelasticpropertiesoflinearpolymers,Polymer53,5935-5952.
【27】S.C.O’Keeffe,S.Tang,A.M.Kopacz,J.Smith,D.J.Rowenhorst,G.Spanos,W.K.Liu,andG.B.Olson(2015).Multiscaleductilefractureintegratingtomographiccharacterizationand3-Dsimulation.ActaMaterialia82,503-510.
【28】T.Fu,X.Peng,Y.Zhao,C.Feng,S.Tang,N.Hu,andZ.Wang(2015).First-principlescalculationandmoleculardynamicssimulationoffracturebehaviorofVNlayersunderuniaxialtension.PhysicaE69,224-231.
【29】Z.Y.Guo,Y.Chen,Q.Wan,H.T.Li,X.h.Shi,S.Tang,X.Q.Peng(2016).AHyperelasticConstitutiveModelforChain-StructuredParticleReinforcedNeo-HookeanComposites.MaterialsDesign95,580-590.
【30】X.Peng,S.Tang,N.Hu,J.Han(2016).DeterminationoftheEshelbytensorinmean-fieldschemesforevaluationofmechanicalpropertiesofelastoplasticcomposites.InternationalJournalofPlasticity76,147-165.
【31】Y.Li,S.Tang,M.Kroger,W.K.Liu(2015).Molecularsimulationguidedconstitutivemodelingonfinitestrainviscoelasticityofelastomers.JournaloftheMechanicsandPhysicsofSolids88,204C226.
【32】D.Peng,Z.H.Zhou,Y.Li,S.Tang(2016).ComputationalModelingoftheEffectofSulciduringTumorGrowthandCerebralEdema.JournalofNanomaterials18,3038790.
【33】B.HuN.HuS.Tangetal.(2014)TomographicreconstructionofdamageimagesinhollowcylindersusingLambwaves.Ultrasonics54(7).
【34】L.Wu,G.Huang,N.Hu,S.Fu,J.Qiu,Z.Wang,andS.Tang(2014).ImprovementofthepiezoelectricpropertiesofPVDF-HFPusingAgNWs.RCSAdvances4,35896-35903.
【35】L.E.Lindgren,H.Qin,W.K.mLiu,S.Tang(2011).Simplifiedmultiscaleresolutiontheoryforelasticmaterialwithdamage.11thInternationalConferenceonComputationalPlasticity,2011.
【36】R.Tian,S.Chan,S.Tang,A.M.Kopacz,J.S.Wang,H.J.Jou,L.Siad,L.Lindgen,G.B.Olson,W.K.Liu(2010).Amultiresolutioncontinuumsimulationoftheductilefractureprocess,JournaloftheMechanicsandPhysicsofSolids58,1681-1700.
【37】K.I.Elkhodary,M.S.Greene,S.Tang,T.Belytschko,W.K.Liu(2013),Archetype-blendingcontinuumtheory,ComputerMethodsinAppliedMechancisandEngineering,onlinehttp://dx.doi.org/10.1016/j.bbr.2011.03.031.
【38】K.I.Elkhodary,S.Tang,W.K.Liu(2013).Chapter:InclusionClustersintheArchetype-BlendingContinuumTheory.
【39】M.S.Greene,H.Xu,S.Tang,W.Chen,W.K.Liu(2013).Ageneralizeduncertaintypropagationcriterioarkstudiesofmicrostructuredmaterialsystems,ComputerMethodsinAppliedMechanicsandEngineering254,271-291.
【40】B.L.Boyce,S.L.B.Kramer,S.Tangetal.(2013)TheSandiaFractureChallenge:blindroundrobinpredictionsofductiletearing,InternationalJournalofFracture10(1-2):1007.

[教育背景]
2003.32006.7大連理工大學信號與信息處理博士2000.92003.2吉林大學生物醫(yī)學工程碩士1996.92000.7河南省中原工學院機械自動化學士

大連理工大學

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