土木工程学院-姚尧导师介绍
姚尧
教授
硕，博士生导师
男
土木工程学院
结构工程；防灾减灾工程及防护工程；固体力学
yaoy@xauat.edu.cn
博士招生专业
1
结构工程
学术型博士
2
桥梁与隧道工程
学术型博士
3
防灾减灾工程及防护工程
学术型博士
4
岩土工程
学术型博士
硕士招生专业
1
结构工程
学术型硕士
2
桥梁与隧道工程
学术型硕士
3
防灾减灾工程及防护工程
学术型硕士
4
岩土工程
学术型硕士
教育背景：同济大学土木工程学院，工业与民用建筑专业本科
新加坡南洋理工大学土木环境工程学院，结构工程硕士
美国西北大学土木工程系，理论与应用力学专业博士。
社会兼职：目前担任RMRE、JMMP等多个国际期刊副主编、编委等职务。任教育部科学技术进步奖、教育部青年长江学者、国家自然科学基金、科技部国际合作、陕西省科技重大专项等项目评审专家,国家千人计划专委会青千委工程材料组副组长。任20余种国际学术期刊及美国ACI等规范评审人。
新加坡南洋理工大学土木环境工程学院，结构工程硕士
美国西北大学土木工程系，理论与应用力学专业博士。
社会兼职：目前担任RMRE、JMMP等多个国际期刊副主编、编委等职务。任教育部科学技术进步奖、教育部青年长江学者、国家自然科学基金、科技部国际合作、陕西省科技重大专项等项目评审专家,国家千人计划专委会青千委工程材料组副组长。任20余种国际学术期刊及美国ACI等规范评审人。
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科研项目
主持项目十余项，其中国家自然科学基金3项。任国际学术会议分会主席及作大会邀请报告20余次。2016年获得陕西青年科技奖，2017年和2019年带领研究团队两次获得陕西高校科学技术一等奖（排名第1）。主要从事复杂或极端荷载作用下先进材料与结构力学性能研究：
（1）钢筋混凝土及复合结构防火
（2）极端荷载下新型建筑材料性能
（3）多物理场耦合下先进材料本构、疲劳及损伤
（4）微纳米电子封装材料及结构、非晶材料性能
（5）岩石力学及水力压裂
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研究成果
在土木工程、力学、材料科学等领域知名国内外学术期刊及会议发表学术论文200余篇,其中SCI二区以上论文100余篇，他引1300余次。发表专著3部，申请国内外专利20余项。
部分代表性论文（标*为论文通讯作者）：
1.YaoY.*,LiuM.J.,GuoH.C.,“Concretefilleddoubleskinsteeltubularcolumnssubjectedtononuniformheating”,JournalofConstructionalSteelResearch,158,263278,2019
2.YaoY.*,GongH.,“Amodifiedunifiedviscoplasticconstitutivemodelforsinterednanosilverjoint”,EngineeringFractureMechanics,222,106741,2019
3.LiuL.,YaoY.*,ZengT.,“Micromechanicalmodelingoftheelastoviscoplasticbehaviorofsolderalloyswithapolycrystallineapproach”,InternationalJournalofSolidsandStructures,159,211220,2019
4.QiaoJ.C.*,WangQ.,PelletierJ.M.,KatoH.*,CasaliniR.,CrespoD.,PinedaE.,YaoY.*,YangY.*,“Structuralheterogeneitiesofamorphousalloys:Basedonmechanicalrelaxation,mechanicalandphysicalproperties”,ProgressinMaterialsScience,104,250329,2019
5.ZhuY.F.,ChenC.H.*,KeerL.M.,HuangY.,YaoY.*,“Structuralresilienceofasteelframewithposttensionedconnectionsunderacolumnremovalscenario”,JournalofConstructionalSteelResearch,158,107119,2019
6.LiuL.,YaoY.*,ZengT.,KeerL.M,“Amicromechanicalmodelconsideringdislocationdensitybasedintragranularbackstressundercyclicloading”,MechanicsofMaterials,129,4149,2019
7.YuanW.F.*,YaoY.*,KeerL.M.,JiaoY.,XuJ.,LiQ.Y.,FengX.Q.*,“3Dprintedbiomimeticsurfacestructureswithabnormalfrictionproperties”,ExtremeMechanicsLetters,26,4652,2019
8.J.C.Qiao*,T.P.Rena,L.Zhang*,H.F.Zhang,J.M.Pelletier,YaoY.*,“Physicalmechanismofinternalfrictionbehaviorofβtypebulkmetallicglasscomposites”,MaterialsScienceandEngineeringA,739,193197,2019
9.YaoY.*,YuX.M.,“ThermalcyclingagingeffectsonthetensilepropertyandconstitutebehaviorofSn3.0Ag0.5Cusolderalloy”,JournalofMaterialsScienceMaterialinElectronics,30,1,867875,2019
10.WangY.X.,YaoY.*,“Anenergyapproachtopredictelectromigrationinducedgrainrotationunderhighcurrentdensity”,TheoreticalandAppliedMechanicsLetters,9,1,2129,2019
11.TongY.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“RatedependentplasticdeformationofTi16.7Zr16.7Hf16.7Cu16.7Ni16.7Be16.7highentropybulkmetallicglass”,JournalofAlloysandCompounds,785,542552,2019
12.QiaoJ.C.*,ChenY.H.,CasaliniR.,PelletierJ.M.,YaoY.*,“MainαrelaxationandslowβrelaxationprocessesinprotocolLa30Ce30Al15Co25metallicglass”,JournalofMaterialsScience&Technology,35,6,982986,2019
13.LyuG.J.,QiaoJ.C.,YaoY.*,PelletierJ.M.,RodneyD.,MorthomasJ.,FuscoC.*,"Dynamiccorrespondenceprincipleintheviscoelasticityofmetallicglasses",ScriptaMaterialia,174,3943,2019
14.QiaoJ.C.,PelletierJ.M.*,YaoY.,“Creepinbulkmetallicglasses.Transitionfromlineartononlinearregime”,MaterialsScienceandEngineeringA,743,16,185189,2019
15.WangY.X.,YaoY.*,“Anenergyapproachtopredictelectromigrationinducedgrainrotationunderhighcurrentdensity”,TheoreticalandAppliedMechanicsLetters,9,1,2129,2019
16.WangS.B.,ChristophK.,KeerL.M.,DehmD.,YaoY.*,“Interfacialfracturetoughnessofsinteredhybridsilversolderinterconnects”,JournalofMaterialsScience,inpress,2019
17.YaoZ.F.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“EffectofZenerHollomonparameterontheflowbehaviorofZrbasedmetallicglasswithdifferentstrainrates”,JournalofAlloysandCompounds,inpress,2019
18.WangJ.D.,YaoY.*,“Anentropybasedcreeppredictionmodelformetalsandalloys”,Entropy,inpress,2019
19.ZengT.*,ShaoJ.F.,YaoY.,“AnupscaledmodelforelastoplasticbehavioroftheCallovoOxfordianargillite”,ComputersandGeotechnics,112,8192,2019
20.LiuL.,WangJ.D.,ZengT.,YaoY.*,“Aphasetransformationtheorybasedcrystalplasticitymodeltopredictfatiguecracknucleationofpolycrystallinematerials”,ActaMechanicaSinica,35,5,10331043,2019
21.YaoY.*,WangW.H.,KeerL.M.,“Anenergybasedanalyticalmethodtopredictnaturalfractureeffectsonhydraulicfracturepropagation”,EngineeringFractureMechanics,189,232245,2018
22.YaoY.*,WangK.M.,ZengT.,KeerL.M.,“Theeffectsofinclusionsandheterogeneousstressfieldtohydraulicfracture”,Geophysics,83,3,153166,2018
23.WangS.B.,YaoY.*,WangW.J.,“MicrostructureandsizeeffectofinterfacialintermetalliconfracturetoughnessofSn3.0Ag0.5Cusolderinterconnects”,EngineeringFractureMechanics,202,259274,2018
24.LiuJ.C.,TanK.H.*,YaoY.,“Anewperspectiveonnatureoffireinducedspallinginconcrete”,Construction&BuildingMaterials,184,581590,2018
25.LyuG.J.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“ThedynamicmechanicalcharacteristicsofZrbasedbulkmetallicglassesandcomposites”,MaterialsScienceandEngineeringA,v711,356363,2018
26.YaoY.*,LiX.,HeX.,“EffectofDeepCryogenicTreatmentonMechanicalPropertiesandMicrostructureofSn3.0Ag0.5CuSolder”,JournalofMaterialsScienceMaterialinElectronics,29,6,45174525,2018
27.LyuG.J.,QiaoJ.C.*,GuJ.,SongM.,PelletierJ.M.,YaoY.*,“ExperimentalanalysistothestructuralrelaxationofTi48Zr20V12Cu5Be15metallicglassmatrixcomposite”,JournalofAlloysandCompounds,769,443452,2018
28.QiaoJ.C.*,ChenY.X.,PelletierJ.M.,KatoH.,CrespoD.,YaoY.*,KhonikV.A.,“ViscoelasticityofCuandLabasedbulkmetallicglasses:Interpretationbasedonthequasipointdefectstheory”,MaterialsScienceandEngineeringA,719,164170,2018
29.LongX.*,TangW.B.,FengY.H.,ChangC.,KeerL.M.,YaoY.*,“Strainratesensitivityofsinteredsilvernanoparticlesusingratejumpindentation”,InternationalJournalofMechanicalSciences,140,6067,2018
30.TongY.,QiaoJ.C.*,YaoY.*,“TheconstitutivemodelandthresholdstressforcharacterizingthedeformationmechanismofAl0.3CoCrFeNihighentropyalloy”,MaterialsScienceandEngineeringA,730,137146,2018
31.ChenC.H.,ZhangQ.,KeerL.M.*,YaoY.,HuangY.,“ResearchonthemultifactoreffectoftensilestrengthofconcretebasedontheMonteCarlorandomaggregatemodel”,ConstructionandBuildingMaterials,165,585595,2018
32.QiaoJ.C.*,CongJ.,WangQ.,PelletierJ.M.,YaoY.*,“InfluenceofironadditiontothedynamicmechanicalrelaxationofZr55Cu30Ni5Al10bulkmetallicglasses”,JournalofAlloysandCompounds,749,262267,2018
33.HeX.,YaoY.*,“Adislocationdensitybasedviscoplasticitymodelforcyclicdeformation:ApplicationtoP91steel”,InternationalJournalofAppliedMechanics,10,05,1850055,2018
34.QiaoJ.C.*,WangQ.,PelletierJ.M.,YaoY.*,“RelaxationofNifreeTi40Zr10Cu36Pd14bulkmetallicglassundermechanicalstress”,Intermetallics,102,610,2018
35.HeX.,YaoY.*,“Adislocationdensitybasedmultiaxialconstitutivemodelforleadfreesolderunderdropimpact”,InternationalJournalofSolidsandStructures,120,236244,2017
36.YaoY.*,WangJ.D.,KeerL.M.,“Aphasetransformationbasedmethodtopredictfatiguecracknucleationandpropagationinmetalsandalloys”,ActaMaterialia,127,244251,2017
37.YaoY.*,LongX.,KeerL.M.*,“Areviewofrecentworksonmechanicalbehaviourofleadfreesoldermaterials”,AppliedMechanicsReviews(ASME),69,4,040802,2017
38.YaoY.*,AnR.,LongX.,“EffectofelectriccurrentonmechanicalbehaviourofSnAgCusolderjoints”,EngineeringFractureMechanics,171,8597,2017
39.YaoY.*,WangK.M.,HuX.X.,“Athermodynamicbasedelastoplasticitymultiaxialconstitutivemodelforconcreteatelevatedtemperatures”,JournalofEngineeringMechanics(ASCE),143,10,04017039,2017
40.WangJ.D.,LongX.,YaoY.*,“EffectsofagingtemperatureontensileandfatiguebehaviorofSn3.0Ag0.5Cusolderjoints”,JournalofMaterialsScienceMaterialinElectronics,28,19,1488414892,2017
41.YaoY.*,WangK.M.,“Anelasticplasticdamagemodeltopredictporepressureeffectonconcretespallingatelevatedtemperatures”,JournalofEngineeringMechanics(ASCE),143,10,04017122,2017
42.WangY.X.,YaoY.*,“Atheoreticalanalysistocurrentexponentvariationregularityandelectromigrationinducedfailure”,JournalofAppliedPhysics,121,065701,2017
43.HeX.,YaoY.*,KeerL.M.,“Arateandtemperaturedependentunifiedcreepplasticitymodelforhighstrengthsteelandsolderalloys”,MechanicsofMaterials,v106,3543,2017
44.WangY.X.,YaoY.*,KeerL.M.,“Surfacediffusioninducedmultiplecircularvoidsshapeevolutionunderhighcurrentdensity”,JournalofAppliedPhysics,121,21,205111,2017
45.GuoH.C.,LongX.,YaoY.*,“Fireresistanceofconcretefilledsteeltubecolumnssubjectedtononuniformheating”,JournalofConstructionalSteelResearch,v128,542554,2017
46.QiaoJ.C.,SunB.A.,GuJ.,SongM.*,PelletierJ.M.,QiaoJ.W.,YaoY.*,YangY.*,“UnravelingabnormalinternalfrictionbehaviorandplasticityinaninsituTibasedbulkmetallicglasscomposite”,JournalofAlloysandCompounds,724,921931,2017
47.LongX.*,WangS.B.,HeX.,YaoY.*,“ExperimentalandtheoreticalanalysisofannealingeffectonTinLeadeutecticsolder”,JournalofMaterialsResearch,32,16,30893099,2017
48.WangY.X.,YaoY.*,“Atheoreticalanalysistotheelectromigrationinducedvoidmorphologicalevolutionunderhighcurrentdensity”,ActaMechanicaSinica,v33,5,868878,2017
49.ZhangC.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“ArrheniusactivationofZr65Cu18Ni7Al10bulkmetallicglassinsupercooledliquidregion”,Intermetallics,v86,8893,2017
50.WangJ.D.,YaoY.*,“Anentropybasedlowcyclefatiguemodelforsoldermaterials”,Entropy,19,503,2017
51.QiaoJ.C.*,FengS.D.,PelletierJ.M.,CrespoD.,PinedaE.,YaoY.*,“PhysicalagingeffectsonthedynamicrelaxationbehaviorandmechanicalpropertiesofCu46Zr46Al8metallicglass”,JournalofAlloysandCompounds,726,195200,2017
52.WangY.X.,YaoY.*,KeerL.M.,“Astatisticalmechanicsmodeltopredictelectromigrationinduceddamageandvoidgrowthinsolderinterconnects”,PhysicaA:StatisticalMechanicsanditsApplications,v468,195204,2017
53.LongX.*,HeX.,YaoY.*,“ImprovedunifiedcreepandplasticitymodelforSAC305solderalloyunderawiderangeofstrainrates”,JournalofMaterialsScience,v52,10,6120–6137,2017
54.YaoZ.F.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“CharacterizationandmodelingofdynamicrelaxationofaZrbasedbulkmetallicglass”,JournalofAlloysandCompounds,v690,212220,2017
55.YaoZ.F.,QiaoJ.C.*,LiuY.,PelletierJ.M.,YaoY.*,“AspectratioeffectsontheserrationdynamicsofaZrbasedbulkmetallicglass”,JournalofMaterialsScience,v52,1,138144,2017
56.QiaoJ.C.*,YaoY.*,PelletierJ.M.,KeerL.M.,“ExperimentalandtheoreticalanalysisofplasticityinCu46Zr47xAl7Dyx(0≤x≤8)bulkmetallicglasses”,InternationalJournalofPlasticity,v82,6275,2016
57.QiaoJ.C.,WangY.J.*,ZhaoL.Z.,DaiL.H.,CrespoD.,PelletierJ.M.,KeerL.M.,YaoY.*,“Transitionfromstressdriventothermallyactivatedstressrelaxationinmetallicglasses”,PhysicalReviewB,v94,10,104203,2016
58.YaoY.*,LiH.,GuoH.C.,TanK.H.,“Fireresistanceofeccentricallyloadedslenderconcretefilledsteeltubularcolumns”,ThinWalledStructures,v106,102112,2016
59.ZhangC.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“Bulkmetallicglasses:“defects”determinesperformance”,MaterialsScienceandEngineeringA,v675,379385,2016
60.YaoY.*,LiH.,TanK.H.,“Theoreticalandnumericalanalysistoconcretefilleddoubleskinsteeltubularcolumnsunderfireconditions”,ThinWalledStructures,v98,547557,2016
61.ZhangC.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“ThermalactivationintheZr65Cu18Ni7Al10metallicglassbycreepdeformationandstressrelaxation”,ScriptaMaterialia,113,180184,2016
62.YaoZ.F.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“HightemperaturedeformationbehaviorsofZr63.36Cu15.52Ni10.12Al12bulkmetallicglass”,JournalofMaterialsScience,51,40794087,2016
63.YaoY.*,HeX.,KeerL.M.,FineM.E.,“Acontinuumdamagemechanicsbasedunifiedcreepandplasticitymodelforsoldermaterials”,ActaMaterialia,v83,2,160168,2015
64.YaoY.*,WangY.X.,KeerL.M.,FineM.E.,“AnanalyticalmethodtopredictelectromigrationinducedfingershapedvoidgrowthinSnAgCusolderinterconnect”,ScriptaMaterialia,v95,2,710,2015
65.QiaoJ.C.,WangY.J.,PelletierJ.M.*,KeerL.M.,FineM.E.,YaoY.*,“CharacteristicsofstressrelaxationkineticsofLa60Ni15Al25bulkmetallicglass”,ActaMaterialia,v98,4350,2015
66.YaoY.*,LiuL.,KeerL.M.,“Porepressurecohesivezonemodelingofhydraulicfractureinquasibrittlerocks”,MechanicsofMaterials,v83,1729,2015
67.YaoY.*,HuX.X.,“Coolingbehaviorandresidualstrengthofpostfireconcretefilledsteeltubularcolumns”,JournalofConstructionalSteelResearch,v112,282292,2015
68.YaoY.*,FryJ.,FineM.E.,KeerL.M.,“TheWiedemannFranzLorenzrelationforleadfreesolderandintermetallicmaterials”,ActaMaterialia,v61,5,15251536,2013
69.YaoY.*,“LinearelasticandcohesivefractureanalysistomodelhydraulicfractureinbrittleandductileRocks”,RockMechanicsandRockEngineering,v45,I3,375387,2012
70.YaoY.*,KeerL.M.,FineM.E.,“Modelingthefailureofintermetallic/solderinterfaces”,Intermetallics,v18,I8,16031611,2010
71.YaoY.,KeerL.M.,FineM.E.,“PhaseTransformationTheoryAppliedtoPredictFatigueCrackPropagationinSolidMaterials”,“FatigueofMaterials:AdvancesandEmergencesinUnderstanding”SrivatsanandImam(eds),DOI:10.1002/9781118013373,Wiley,USA,2010
72.YaoY.,VaynmanS.,FineM.E.,KeerL.M.,“ExperimentalandMicromechanicsAnalysisonFatigueCrackPropagationBehaviorinSnAgEutecticSolder”,“FatigueofMaterials:AdvancesandEmergencesinUnderstanding”SrivatsanandImam(eds),DOI:10.1002/9781118013373,Wiley,USA,2010
73.YaoY.,KeerL.M.*,FineM.E.,“Electromigrationeffectonpancaketypevoidpropagationneartheinterfaceofbulksolderandintermetalliccompound”,JournalofAppliedPhysics,105,063710,2009
74.YaoY.*,FiedlerB.A.,KeerL.M.,FineM.E.,“FatiguecrackpropagationbehaviorofSnAgCusolderinterconnects”,IEEETransactionsonComponentsPackaging,andManufacturingTechnology,v32,I2,317324,2009
75.Yao,Y.*,Tan,K.H.,“ExtendedRankineapproachforbiaxiallyloadedsteelcolumnsundernaturalfire”,Engineeringstructures,v31,I5,10241031,2009
76.YaoY.*,TanK.H.,“FiremodelingandresistanceofRCstructuresubjecttonaturalfire”,MagazineofConcreteResearch,v61,I10,837847,2009
77.YaoY.*,TanK.H.,TangC.Y.,“EffectofshearbondinRankinemethodforfireresistanceofRCcolumns”,Engineeringstructures,v30,35953602,2008
78.YaoY.*,VaynmanS.,KeerL.M.,FineM.E.,“EnergybasedmicromechanicsanalysisonfatiguecrackpropagationbehaviorinSnAgEutecticSolder”,JournalofElectronicMaterials,v37,n3,339346,2008
79.YaoY.*,FineM.E.,KeerL.M.,“Anenergyapproachtopredictfatiguecrackpropagationinmetalsandalloys”,InternationalJournalofFracture,v146,n3,149158,2007
80.YaoY.,TanK.H.,“RankineMethodforReinforcedConcreteColumnsunderfireconditions”,“DevelopmentsinMechanicsofStructuresandMaterials”Deeks&Hao(eds),Taylor&FrancisGroup,London,ISBN9058096599(UnitedKingdom),2005
81.TanK.H.*,YaoY.,“Fireresistanceofreinforcedconcretecolumnssubjectedto1,2,and3faceheating”,JournalofStructuralEngineeringASCE,18201828,2004
82.TanK.H.*,YaoY.,“Fireresistanceoffourfaceheatedreinforcedconcretecolumns”,JournalofStructuralEngineeringASCE,12201229,2003
部分代表性论文（标*为论文通讯作者）：
1.YaoY.*,LiuM.J.,GuoH.C.,“Concretefilleddoubleskinsteeltubularcolumnssubjectedtononuniformheating”,JournalofConstructionalSteelResearch,158,263278,2019
2.YaoY.*,GongH.,“Amodifiedunifiedviscoplasticconstitutivemodelforsinterednanosilverjoint”,EngineeringFractureMechanics,222,106741,2019
3.LiuL.,YaoY.*,ZengT.,“Micromechanicalmodelingoftheelastoviscoplasticbehaviorofsolderalloyswithapolycrystallineapproach”,InternationalJournalofSolidsandStructures,159,211220,2019
4.QiaoJ.C.*,WangQ.,PelletierJ.M.,KatoH.*,CasaliniR.,CrespoD.,PinedaE.,YaoY.*,YangY.*,“Structuralheterogeneitiesofamorphousalloys:Basedonmechanicalrelaxation,mechanicalandphysicalproperties”,ProgressinMaterialsScience,104,250329,2019
5.ZhuY.F.,ChenC.H.*,KeerL.M.,HuangY.,YaoY.*,“Structuralresilienceofasteelframewithposttensionedconnectionsunderacolumnremovalscenario”,JournalofConstructionalSteelResearch,158,107119,2019
6.LiuL.,YaoY.*,ZengT.,KeerL.M,“Amicromechanicalmodelconsideringdislocationdensitybasedintragranularbackstressundercyclicloading”,MechanicsofMaterials,129,4149,2019
7.YuanW.F.*,YaoY.*,KeerL.M.,JiaoY.,XuJ.,LiQ.Y.,FengX.Q.*,“3Dprintedbiomimeticsurfacestructureswithabnormalfrictionproperties”,ExtremeMechanicsLetters,26,4652,2019
8.J.C.Qiao*,T.P.Rena,L.Zhang*,H.F.Zhang,J.M.Pelletier,YaoY.*,“Physicalmechanismofinternalfrictionbehaviorofβtypebulkmetallicglasscomposites”,MaterialsScienceandEngineeringA,739,193197,2019
9.YaoY.*,YuX.M.,“ThermalcyclingagingeffectsonthetensilepropertyandconstitutebehaviorofSn3.0Ag0.5Cusolderalloy”,JournalofMaterialsScienceMaterialinElectronics,30,1,867875,2019
10.WangY.X.,YaoY.*,“Anenergyapproachtopredictelectromigrationinducedgrainrotationunderhighcurrentdensity”,TheoreticalandAppliedMechanicsLetters,9,1,2129,2019
11.TongY.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“RatedependentplasticdeformationofTi16.7Zr16.7Hf16.7Cu16.7Ni16.7Be16.7highentropybulkmetallicglass”,JournalofAlloysandCompounds,785,542552,2019
12.QiaoJ.C.*,ChenY.H.,CasaliniR.,PelletierJ.M.,YaoY.*,“MainαrelaxationandslowβrelaxationprocessesinprotocolLa30Ce30Al15Co25metallicglass”,JournalofMaterialsScience&Technology,35,6,982986,2019
13.LyuG.J.,QiaoJ.C.,YaoY.*,PelletierJ.M.,RodneyD.,MorthomasJ.,FuscoC.*,"Dynamiccorrespondenceprincipleintheviscoelasticityofmetallicglasses",ScriptaMaterialia,174,3943,2019
14.QiaoJ.C.,PelletierJ.M.*,YaoY.,“Creepinbulkmetallicglasses.Transitionfromlineartononlinearregime”,MaterialsScienceandEngineeringA,743,16,185189,2019
15.WangY.X.,YaoY.*,“Anenergyapproachtopredictelectromigrationinducedgrainrotationunderhighcurrentdensity”,TheoreticalandAppliedMechanicsLetters,9,1,2129,2019
16.WangS.B.,ChristophK.,KeerL.M.,DehmD.,YaoY.*,“Interfacialfracturetoughnessofsinteredhybridsilversolderinterconnects”,JournalofMaterialsScience,inpress,2019
17.YaoZ.F.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“EffectofZenerHollomonparameterontheflowbehaviorofZrbasedmetallicglasswithdifferentstrainrates”,JournalofAlloysandCompounds,inpress,2019
18.WangJ.D.,YaoY.*,“Anentropybasedcreeppredictionmodelformetalsandalloys”,Entropy,inpress,2019
19.ZengT.*,ShaoJ.F.,YaoY.,“AnupscaledmodelforelastoplasticbehavioroftheCallovoOxfordianargillite”,ComputersandGeotechnics,112,8192,2019
20.LiuL.,WangJ.D.,ZengT.,YaoY.*,“Aphasetransformationtheorybasedcrystalplasticitymodeltopredictfatiguecracknucleationofpolycrystallinematerials”,ActaMechanicaSinica,35,5,10331043,2019
21.YaoY.*,WangW.H.,KeerL.M.,“Anenergybasedanalyticalmethodtopredictnaturalfractureeffectsonhydraulicfracturepropagation”,EngineeringFractureMechanics,189,232245,2018
22.YaoY.*,WangK.M.,ZengT.,KeerL.M.,“Theeffectsofinclusionsandheterogeneousstressfieldtohydraulicfracture”,Geophysics,83,3,153166,2018
23.WangS.B.,YaoY.*,WangW.J.,“MicrostructureandsizeeffectofinterfacialintermetalliconfracturetoughnessofSn3.0Ag0.5Cusolderinterconnects”,EngineeringFractureMechanics,202,259274,2018
24.LiuJ.C.,TanK.H.*,YaoY.,“Anewperspectiveonnatureoffireinducedspallinginconcrete”,Construction&BuildingMaterials,184,581590,2018
25.LyuG.J.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“ThedynamicmechanicalcharacteristicsofZrbasedbulkmetallicglassesandcomposites”,MaterialsScienceandEngineeringA,v711,356363,2018
26.YaoY.*,LiX.,HeX.,“EffectofDeepCryogenicTreatmentonMechanicalPropertiesandMicrostructureofSn3.0Ag0.5CuSolder”,JournalofMaterialsScienceMaterialinElectronics,29,6,45174525,2018
27.LyuG.J.,QiaoJ.C.*,GuJ.,SongM.,PelletierJ.M.,YaoY.*,“ExperimentalanalysistothestructuralrelaxationofTi48Zr20V12Cu5Be15metallicglassmatrixcomposite”,JournalofAlloysandCompounds,769,443452,2018
28.QiaoJ.C.*,ChenY.X.,PelletierJ.M.,KatoH.,CrespoD.,YaoY.*,KhonikV.A.,“ViscoelasticityofCuandLabasedbulkmetallicglasses:Interpretationbasedonthequasipointdefectstheory”,MaterialsScienceandEngineeringA,719,164170,2018
29.LongX.*,TangW.B.,FengY.H.,ChangC.,KeerL.M.,YaoY.*,“Strainratesensitivityofsinteredsilvernanoparticlesusingratejumpindentation”,InternationalJournalofMechanicalSciences,140,6067,2018
30.TongY.,QiaoJ.C.*,YaoY.*,“TheconstitutivemodelandthresholdstressforcharacterizingthedeformationmechanismofAl0.3CoCrFeNihighentropyalloy”,MaterialsScienceandEngineeringA,730,137146,2018
31.ChenC.H.,ZhangQ.,KeerL.M.*,YaoY.,HuangY.,“ResearchonthemultifactoreffectoftensilestrengthofconcretebasedontheMonteCarlorandomaggregatemodel”,ConstructionandBuildingMaterials,165,585595,2018
32.QiaoJ.C.*,CongJ.,WangQ.,PelletierJ.M.,YaoY.*,“InfluenceofironadditiontothedynamicmechanicalrelaxationofZr55Cu30Ni5Al10bulkmetallicglasses”,JournalofAlloysandCompounds,749,262267,2018
33.HeX.,YaoY.*,“Adislocationdensitybasedviscoplasticitymodelforcyclicdeformation:ApplicationtoP91steel”,InternationalJournalofAppliedMechanics,10,05,1850055,2018
34.QiaoJ.C.*,WangQ.,PelletierJ.M.,YaoY.*,“RelaxationofNifreeTi40Zr10Cu36Pd14bulkmetallicglassundermechanicalstress”,Intermetallics,102,610,2018
35.HeX.,YaoY.*,“Adislocationdensitybasedmultiaxialconstitutivemodelforleadfreesolderunderdropimpact”,InternationalJournalofSolidsandStructures,120,236244,2017
36.YaoY.*,WangJ.D.,KeerL.M.,“Aphasetransformationbasedmethodtopredictfatiguecracknucleationandpropagationinmetalsandalloys”,ActaMaterialia,127,244251,2017
37.YaoY.*,LongX.,KeerL.M.*,“Areviewofrecentworksonmechanicalbehaviourofleadfreesoldermaterials”,AppliedMechanicsReviews(ASME),69,4,040802,2017
38.YaoY.*,AnR.,LongX.,“EffectofelectriccurrentonmechanicalbehaviourofSnAgCusolderjoints”,EngineeringFractureMechanics,171,8597,2017
39.YaoY.*,WangK.M.,HuX.X.,“Athermodynamicbasedelastoplasticitymultiaxialconstitutivemodelforconcreteatelevatedtemperatures”,JournalofEngineeringMechanics(ASCE),143,10,04017039,2017
40.WangJ.D.,LongX.,YaoY.*,“EffectsofagingtemperatureontensileandfatiguebehaviorofSn3.0Ag0.5Cusolderjoints”,JournalofMaterialsScienceMaterialinElectronics,28,19,1488414892,2017
41.YaoY.*,WangK.M.,“Anelasticplasticdamagemodeltopredictporepressureeffectonconcretespallingatelevatedtemperatures”,JournalofEngineeringMechanics(ASCE),143,10,04017122,2017
42.WangY.X.,YaoY.*,“Atheoreticalanalysistocurrentexponentvariationregularityandelectromigrationinducedfailure”,JournalofAppliedPhysics,121,065701,2017
43.HeX.,YaoY.*,KeerL.M.,“Arateandtemperaturedependentunifiedcreepplasticitymodelforhighstrengthsteelandsolderalloys”,MechanicsofMaterials,v106,3543,2017
44.WangY.X.,YaoY.*,KeerL.M.,“Surfacediffusioninducedmultiplecircularvoidsshapeevolutionunderhighcurrentdensity”,JournalofAppliedPhysics,121,21,205111,2017
45.GuoH.C.,LongX.,YaoY.*,“Fireresistanceofconcretefilledsteeltubecolumnssubjectedtononuniformheating”,JournalofConstructionalSteelResearch,v128,542554,2017
46.QiaoJ.C.,SunB.A.,GuJ.,SongM.*,PelletierJ.M.,QiaoJ.W.,YaoY.*,YangY.*,“UnravelingabnormalinternalfrictionbehaviorandplasticityinaninsituTibasedbulkmetallicglasscomposite”,JournalofAlloysandCompounds,724,921931,2017
47.LongX.*,WangS.B.,HeX.,YaoY.*,“ExperimentalandtheoreticalanalysisofannealingeffectonTinLeadeutecticsolder”,JournalofMaterialsResearch,32,16,30893099,2017
48.WangY.X.,YaoY.*,“Atheoreticalanalysistotheelectromigrationinducedvoidmorphologicalevolutionunderhighcurrentdensity”,ActaMechanicaSinica,v33,5,868878,2017
49.ZhangC.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“ArrheniusactivationofZr65Cu18Ni7Al10bulkmetallicglassinsupercooledliquidregion”,Intermetallics,v86,8893,2017
50.WangJ.D.,YaoY.*,“Anentropybasedlowcyclefatiguemodelforsoldermaterials”,Entropy,19,503,2017
51.QiaoJ.C.*,FengS.D.,PelletierJ.M.,CrespoD.,PinedaE.,YaoY.*,“PhysicalagingeffectsonthedynamicrelaxationbehaviorandmechanicalpropertiesofCu46Zr46Al8metallicglass”,JournalofAlloysandCompounds,726,195200,2017
52.WangY.X.,YaoY.*,KeerL.M.,“Astatisticalmechanicsmodeltopredictelectromigrationinduceddamageandvoidgrowthinsolderinterconnects”,PhysicaA:StatisticalMechanicsanditsApplications,v468,195204,2017
53.LongX.*,HeX.,YaoY.*,“ImprovedunifiedcreepandplasticitymodelforSAC305solderalloyunderawiderangeofstrainrates”,JournalofMaterialsScience,v52,10,6120–6137,2017
54.YaoZ.F.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“CharacterizationandmodelingofdynamicrelaxationofaZrbasedbulkmetallicglass”,JournalofAlloysandCompounds,v690,212220,2017
55.YaoZ.F.,QiaoJ.C.*,LiuY.,PelletierJ.M.,YaoY.*,“AspectratioeffectsontheserrationdynamicsofaZrbasedbulkmetallicglass”,JournalofMaterialsScience,v52,1,138144,2017
56.QiaoJ.C.*,YaoY.*,PelletierJ.M.,KeerL.M.,“ExperimentalandtheoreticalanalysisofplasticityinCu46Zr47xAl7Dyx(0≤x≤8)bulkmetallicglasses”,InternationalJournalofPlasticity,v82,6275,2016
57.QiaoJ.C.,WangY.J.*,ZhaoL.Z.,DaiL.H.,CrespoD.,PelletierJ.M.,KeerL.M.,YaoY.*,“Transitionfromstressdriventothermallyactivatedstressrelaxationinmetallicglasses”,PhysicalReviewB,v94,10,104203,2016
58.YaoY.*,LiH.,GuoH.C.,TanK.H.,“Fireresistanceofeccentricallyloadedslenderconcretefilledsteeltubularcolumns”,ThinWalledStructures,v106,102112,2016
59.ZhangC.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“Bulkmetallicglasses:“defects”determinesperformance”,MaterialsScienceandEngineeringA,v675,379385,2016
60.YaoY.*,LiH.,TanK.H.,“Theoreticalandnumericalanalysistoconcretefilleddoubleskinsteeltubularcolumnsunderfireconditions”,ThinWalledStructures,v98,547557,2016
61.ZhangC.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“ThermalactivationintheZr65Cu18Ni7Al10metallicglassbycreepdeformationandstressrelaxation”,ScriptaMaterialia,113,180184,2016
62.YaoZ.F.,QiaoJ.C.*,PelletierJ.M.,YaoY.*,“HightemperaturedeformationbehaviorsofZr63.36Cu15.52Ni10.12Al12bulkmetallicglass”,JournalofMaterialsScience,51,40794087,2016
63.YaoY.*,HeX.,KeerL.M.,FineM.E.,“Acontinuumdamagemechanicsbasedunifiedcreepandplasticitymodelforsoldermaterials”,ActaMaterialia,v83,2,160168,2015
64.YaoY.*,WangY.X.,KeerL.M.,FineM.E.,“AnanalyticalmethodtopredictelectromigrationinducedfingershapedvoidgrowthinSnAgCusolderinterconnect”,ScriptaMaterialia,v95,2,710,2015
65.QiaoJ.C.,WangY.J.,PelletierJ.M.*,KeerL.M.,FineM.E.,YaoY.*,“CharacteristicsofstressrelaxationkineticsofLa60Ni15Al25bulkmetallicglass”,ActaMaterialia,v98,4350,2015
66.YaoY.*,LiuL.,KeerL.M.,“Porepressurecohesivezonemodelingofhydraulicfractureinquasibrittlerocks”,MechanicsofMaterials,v83,1729,2015
67.YaoY.*,HuX.X.,“Coolingbehaviorandresidualstrengthofpostfireconcretefilledsteeltubularcolumns”,JournalofConstructionalSteelResearch,v112,282292,2015
68.YaoY.*,FryJ.,FineM.E.,KeerL.M.,“TheWiedemannFranzLorenzrelationforleadfreesolderandintermetallicmaterials”,ActaMaterialia,v61,5,15251536,2013
69.YaoY.*,“LinearelasticandcohesivefractureanalysistomodelhydraulicfractureinbrittleandductileRocks”,RockMechanicsandRockEngineering,v45,I3,375387,2012
70.YaoY.*,KeerL.M.,FineM.E.,“Modelingthefailureofintermetallic/solderinterfaces”,Intermetallics,v18,I8,16031611,2010
71.YaoY.,KeerL.M.,FineM.E.,“PhaseTransformationTheoryAppliedtoPredictFatigueCrackPropagationinSolidMaterials”,“FatigueofMaterials:AdvancesandEmergencesinUnderstanding”SrivatsanandImam(eds),DOI:10.1002/9781118013373,Wiley,USA,2010
72.YaoY.,VaynmanS.,FineM.E.,KeerL.M.,“ExperimentalandMicromechanicsAnalysisonFatigueCrackPropagationBehaviorinSnAgEutecticSolder”,“FatigueofMaterials:AdvancesandEmergencesinUnderstanding”SrivatsanandImam(eds),DOI:10.1002/9781118013373,Wiley,USA,2010
73.YaoY.,KeerL.M.*,FineM.E.,“Electromigrationeffectonpancaketypevoidpropagationneartheinterfaceofbulksolderandintermetalliccompound”,JournalofAppliedPhysics,105,063710,2009
74.YaoY.*,FiedlerB.A.,KeerL.M.,FineM.E.,“FatiguecrackpropagationbehaviorofSnAgCusolderinterconnects”,IEEETransactionsonComponentsPackaging,andManufacturingTechnology,v32,I2,317324,2009
75.Yao,Y.*,Tan,K.H.,“ExtendedRankineapproachforbiaxiallyloadedsteelcolumnsundernaturalfire”,Engineeringstructures,v31,I5,10241031,2009
76.YaoY.*,TanK.H.,“FiremodelingandresistanceofRCstructuresubjecttonaturalfire”,MagazineofConcreteResearch,v61,I10,837847,2009
77.YaoY.*,TanK.H.,TangC.Y.,“EffectofshearbondinRankinemethodforfireresistanceofRCcolumns”,Engineeringstructures,v30,35953602,2008
78.YaoY.*,VaynmanS.,KeerL.M.,FineM.E.,“EnergybasedmicromechanicsanalysisonfatiguecrackpropagationbehaviorinSnAgEutecticSolder”,JournalofElectronicMaterials,v37,n3,339346,2008
79.YaoY.*,FineM.E.,KeerL.M.,“Anenergyapproachtopredictfatiguecrackpropagationinmetalsandalloys”,InternationalJournalofFracture,v146,n3,149158,2007
80.YaoY.,TanK.H.,“RankineMethodforReinforcedConcreteColumnsunderfireconditions”,“DevelopmentsinMechanicsofStructuresandMaterials”Deeks&Hao(eds),Taylor&FrancisGroup,London,ISBN9058096599(UnitedKingdom),2005
81.TanK.H.*,YaoY.,“Fireresistanceofreinforcedconcretecolumnssubjectedto1,2,and3faceheating”,JournalofStructuralEngineeringASCE,18201828,2004
82.TanK.H.*,YaoY.,“Fireresistanceoffourfaceheatedreinforcedconcretecolumns”,JournalofStructuralEngineeringASCE,12201229,2003
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学校介绍
西安建筑科技大学坐落在历史文化名城西安，南眺驰名中外的唐代大雁塔，北临举世闻名的明代长安城墙。学校总占地4300余亩，校园环境优美，办学氛围浓郁。学校办学历史源远流长，其办学历史最早可追溯到始建于1895年的北洋大学，积淀了我国近代高等教育史上最早的一批土木、建筑、环境类学科精华。1956年，在全国第三次高等学校院系调整时由原东北工学院、西北工学院、青岛工学院和苏南工业专科学校的土木、建筑、环境类系（科）整建制合并而成，时名西安建筑工程学院。1959年和1963年，曾先后易名为西安冶金学院、西安冶金建筑学院。1994年3月8日，经国家教委批准，更名为西安建筑科技大学，是公认的中国最具影响力的土木建筑类院校之一及原冶金部重点大学。
西安建筑科技大学继承和发扬了百余年来所形成的专业优势，经过并校50余年来历代建大师生的不懈拼搏，现已发展成为了一所具有深厚文化底蕴，浓郁学术氛围，优美校园环境，并在国内外享有较高声誉的，以土木、建筑、环境、材料学科为特色，工程学科为主体，兼有文、理、经、管、艺、法等学科的多科性大学。学校现有16个院（系），60个本科专业面向全国第一批招生，有权招收保送生，实行本硕连读。除建筑学、城市规划和景观学三个专业为五年学制外，其它本科专业均为四年制，建筑学、城市规划、土木工程、环境工程、建筑环境与设备工程、工程管理、材料科学与工程、给水排水工程、艺术设计9个专业为国家级特色专业。建筑学、城市规划、土木工程、建筑环境与设备工程、环境工程、工程管理、交通工程、给水排水工程、环境科学、冶金工程、材料科学与工程、信息管理与信息系统、艺术设计、社会体育（体育建筑管理）、会计学等15个本科专业为陕西省特色专业。学校现有国家高等学校教学指导委员会成员18人。
学校现有教职工2600余名，其中，中国工程院院士4人，中国科学院院士1人，南非科学院院士1人，具有高级职称的教师、工程技术人员及研究人员近800名，形成了一支阵容整齐、结构合理、素质优秀、实力雄厚的师资队伍。目前，学校在校各类学生近40000人，其中本科生20000余人，研究生近6000人，职业技术学院、继续教育学院在册学生近14000人。
西安建筑科技大学是国务院首批批准有权授予博士、硕士和学士学位的单位。学校设立研究生院，现有一级学科博士点7个、二级学科博士点31个，一级学科硕士点25个、二级学科硕士点94个，硕士点基本涵盖学校所有本科专业。学校拥有建筑学、土木工程、环境科学与工程、材料科学与工程、城乡规划学、风景园林学和管理科学与工程7个博士后流动站，结构工程、环境工程、建筑设计及其理论三个学科为国家级重点学科。
半个多世纪以来，西安建筑科技大学铸就了“传承文明、创造未来、育材兴国、科技富民”的办学宗旨，形成了“自强、笃实、求源、创新”的校训和“为人诚实、基础扎实、作风朴实、工作踏实”的优良校风，先后为国家培养了21万余名德才兼备的栋梁之才，研发了大量高水平的科研成果，为国家经济社会建设和行业发展做出了突出的贡献。
近年来，学校以“提高教育教学质量求生存、狠抓学科建设上水平、优化资源配置求效益、深化体制改革促发展”为办学思路，全面实施校园建设工程、教育教学质量工程、学科建设工程、人才队伍建设工程、创新工程、文化建设工程等六大奠基工程，使得学校步入了和谐快速发展的道路，学校综合办学实力大大增强，相继实现了院士、国家重点学科、一级学科博士点、博士后流动站与博士点数、硕士点数、学校综合排名、校园面积、年经费到款额等衡量学校办学层次重要指标零的突破或翻番。学校顺利入选教育部首批“卓越工程师教育培养计划”实施学校、全国64所“研究生专业学位教育综合试点单位”、“国家高水平大学公派研究生项目平台和优秀本科生国际交流项目实施院校”，荣获全国50所“工程硕士教育创新院校”和全国60所“毕业生就业典型经验高校”。2011年，学校被中共中央授予“全国先进基层党组织”荣誉称号。
“十二五”期间，学校将乘科教兴国、西部大开发的春风，全面贯彻落实《国家中长期教育改革和发展规划纲要（2010-2020年）》和《陕西省贯彻<国家中长期教育改革和发展纲要（2010-2020年）>实施意见》，坚持“传承文明、开创未来、育材兴国、科技富民”的办学宗旨，坚持“提高教育教学质量求生存，狠抓学科建设上水平，优化资源配置求效益，深化体制改革促发展”的总体发展思路，抢抓机遇，迎难而上，振奋精神，开拓进取，努力创建特色鲜明的国际知名国内高水平大学。
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西安建筑科技大学2014年研究生学费及奖助学金政策
学校从2008年开始面向统招硕士、博士实行研究生奖助学金政策。对于在入学考试中综合成绩优秀的学生，学校按照一定的比例，给予免去学费一半或全部的学业奖学金。此外，统招研究生还可参加优秀奖学金的评定，按照学位层次及评定等级的不同，可享受100元/月至400元/月不等的优秀奖学金。同时学校还设有金诚信奖学金、长江精工钢构奖学金、宝钢奖学金、西飞铝业建筑奖（助）学基金、高科集团·天地源奖学金、海螺奖学金等数十项社会企业奖学金。并设有研究生“三助”、研究生优秀论文奖等。
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