邵永波
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个人简历
邵永波,男,山东海阳人,教授,博士生导师,四川省有突出贡献的优秀专家,四川省青年科技创新团队负责人。担任四川省土木建筑学会副理事长、四川省力学学会副理事长、西南地区基础力学与工程应用协会常务理事、中国钢结构协会海洋钢结构分会常务理事,国际期刊《Petroleum》、《TheOpenCivilEngineeringJournal》编委。1992年本科毕业于清华大学工程力学系,专业为工程力学;2000年硕士研究生毕业于清华大学工程力学系,专业为固体力学专业;2005年获新加坡南洋理工大学土木与环境工程学院博士学位,专业为土木工程。主要从事力学、海洋工程结构、钢及组合结构方面的科研工作。主持和主研国家级、省部级科研项目7项;获省部级奖4项,国际会议最佳论文奖2次;发表论文140余篇,其中SCI收录50余篇,EI收录84篇。曾作为会议主席组织召开国际会议2次,受邀在国际会议/研讨会上作大会特邀报告8次,获2016年科学中国人土木水利与建筑领域年度人物奖。招生专业:机械工程一级学科下的工程结构安全方向(博士)、土木工程(学硕)、土木水利(专硕)。主讲课程:《钢结构设计原理》、《材料力学》、《结构力学》荣誉奖励1.“大型复杂空间钢管结构设计建造新技术与应用”,湖北省科技进步一等奖,2019年,第三位。2.“浅海石油导管架平台延寿关键技术”,四川省科技进步三等奖,2017年,第一位。3.“海洋延寿平台检测评估与安全保障技术”,中国海洋工程科学技术二等奖,2017年,第二位。4.“导管架采油平台关键结构失效评估与维修加固技术”,中国石油和化工自动化应用协会科技进步二等奖,第一位。5.“埕岛油田开发工程及关键装备安全评价技术体系”,中国海洋工程科学技术二等奖,2015年,第七位。6.“局部非线性系统的动力数值分析方法在土木工程中的应用研究”,山东省自然科学三等奖,2006年,第五位。7.2016年科学中国人土木水利与建筑领域年度人物奖。8.2017年四川省有突出贡献的优秀专家。研究领域
研究方向:钢结构、钢-混凝土组合结构、海洋工程结构"课题成果[1].四川省青年科技创新团队:工程结构安全评估与灾害防护技术(2019JDTD0017),2019-2022,负责人。[2].国家自然科学基金:环口板加强型管节点的性能研究(50808153),2009-2011,负责人。[3].国家自然科学基金国际交流项目:第12届结构检测、评估、维修和维护国际会议(51010305058)近期论文
[1].ShaoYongBoandLieSengTjhen.(2005).“ParametricequationofstressintensityfactorfortubularK-jointunderbalancedaxialloads”,InternationalJournalofFatigue,Vol.27,No.6,pp.666-679.[2].Yong-BoShaoandZhen-BinCao(2005).“ExperimentalandnumericalanalysisoffatiguebehaviourfortubularK-joints”,StructuralEngineering&Mechanics,AnInternationalJournal,Vol.19,No.6,pp.639-652.[3].S.T.Lie,C.K.Lee,S.P.ChiewandY.B.Shao(2005).“ValidationofsurfacecrackstressintensityfactorsofatubularK-joint”,InternationalJournalofPressureVesselsandPiping,Vol.82,No.8,pp.610-617.[4].S.T.Lie,C.K.Lee,S.P.ChiewandY.B.Shao(2005).“Meshmodellingandanalysisofcrackeduni-planartubularK-joints”,JournalofConstructionalSteelResearch,Vol.61,No.2,pp.235-264.[5].ChiKingLee,LieSengTjhen,ChiewSingPingandShaoYongbo(2005).“NumericalmodelsverificationofcrackedtubularT,YandK-jointsundercombinedloads”,EngineeringFractureMechanics,Vol.72,No.7,pp.983-1009.[6].Yong-BoShao(2006).“Analysisofstressintensityfactor(SIF)forcrackedtubularK-jointssubjectedtobalancedaxialload”,EngineeringFailureAnalysis,Vol.13,No.1,pp.44-64.[7].LieS.T.,ShaoY.B.,LeeC.K.,ChiewS.P.(2006).“Stressintensityfactorsolutionsforsemi-ellipticalweld-toecracksintubularK-joints”,AdvancesinStructuralEngineering,Vol.9,No.1,pp.129-138.[8].Gao,F,Shao,Y.B.andGho,W.M.(2007).“StressandstrainconcentrationfactorsofcompletelyoverlappedtubularjointsunderlapbraceIPBload”,JournalofConstructionalSteelResearch,Vol.63,No.3,pp.305-316.[9].ShaoYong-Bo(2007).“GeometricaleffectonthestressdistributionalongweldtoefortubularT-andK-jointsunderaxialloading”,JournalofConstructionalSteelResearch,Vol.63,No.9,pp.1351-1360.[10].ShaoYong-Bo,DuZhi-Fu,LieSeng-Tjhen.(2009).”PredictiononhotspotstressdistributionfortubularK-jointsunderbasicloadings”,JournalofConstructionalSteelResearch,Vol.65,No.10-11,pp.2011-2026.[11].ShaoYong-Bo,LieSeng-Tjhen,ChiewSing-Ping.(2010).“StaticstrengthoftubularT-jointswithreinforcedchordunderaxialcompression”,AdvancesinStructuralEngineering,Vol.13,No.2,pp.369-378.[12].Yong-BoShao,TaoLi,Seng-TjhenLie,Sing-PingChiew.(2011).“HystereticbehaviourofsquaretubularT-jointswithchordreinforcementunderaxialcyclicloading”,JournalofConstructionalSteelResearch,Vol.67,No.1,pp.140-149.[13].Yong-BoShao,Seng-TjhenLie,Sing-PingChiew,Yan-QingCai.(2011).“Hystereticperformanceofcircularhollowsectiontubularjointswithcollar-platereinforcement”,JournalofConstructionalSteelResearch,Vol.67,No.12,pp.1936-1947.[14].YangJie,ShaoYongbo*,ChenCheng.(2012).“StaticstrengthofchordreinforcedtubularY-jointsunderaxialloading”,MarineStructures,Vol.29,No.1,pp.226-245.[15].LieS.T.,Li,T.,ShaoY.B..(2012).“EstimationofstressintensityfactorsintubularK-jointsusingdirectandindirectmethods”,AdvancedSteelConstruction,Vol.8,No.1,pp.17-37.[16].Sing-PingChiew,Ji-ChaoZhang,Yong-BoShao,Zhi-HengQiu.(2012).“ExperimentalandNumericalAnalysisofComplexWeldedTubularDKYY-joints”,AdvancesinStructuralEngineering,Vol.15,No.9,pp.1585-1594.[17].HamidAhmadi,MohammadAliLotfollahi-Yaghin,ShaoYong-Bo,MohammadH.Aminfar.(2012).“Parametricstudyandformulationofouter-bracegeometricstressconcentrationfactorsininternallyring-StiffenedtubularKT-jointsofoffshorestructures”,AppliedOceanResearch,Vol.38,pp.74-91.[18].Y.Che,Q.L.Wang,Y.B.Shao.(2012).“CompressiveperformancesoftheconcretefilledcircularCFRP-Steeltube(C-CFRP-CFST)”,AdvancedSteelConstruction,Vol.8,No.4,pp.331-358.[19].HamidAhmadi,MohammadAliLotfollahi-Yaghin,ShaoYong-Bo.(2013).“Chord-sideSCFdistributionofcentralbraceininternallyring-stiffenedtubularKT-joints:ageometricallyparametricstudy”,Thin-WalledStructures,Vol.70,pp.93-105.[20].ChenCheng,ShaoYongbo*,YangJie.(2013).“ExperimentalandnumericalstudyonfireresistanceofcirculartubularT-joints”,JournalofConstructionalSteelResearch,Vol.85,No.6,pp.24-39.[21].Shu-binHe,Yong-boShao*,Hong-yanZhang,Dong-pingYang,Feng-leLong.(2013).“Experimentalstudyoncircularhollowsection(CHS)tubularK-jointsatelevatedtemperature”,EngineeringFailureAnalysis,Vol.34,pp.204-216.[22].J.Yang,Y.B.Shao*,C.Chen.(2014).“Experimentalstudyonfireresistanceofsquarehollowsection(SHS)tubularT-jointunderaxialcompression”,AdvancedSteelConstruction,Vol.10,No.1,pp.72-84.[23].QingliWang,YongboShao.(2014).“CompressiveperformancesofconcretefilledsquareCFRP-SteelTubes(S-CFRP-CFST)”,SteelandCompositeStructures,Vol.16,No.5,pp.455-480.[24].S.T.Lie,T.Li,Y.B.Shao.(2014).“PlasticcollapseloadpredictionandfailureassessmentdiagramanalysisofcrackedcircularhollowsectionT-jointandY-joint”.Fatigue&FractureofEngineeringMaterials&Structures,Vol.37,pp.314-324.[25].ShubinHe,YongboShao*,HongyanZhang.(2015).EvaluationonfireresistanceoftubularK-jointsbasedoncriticaltemperaturemethod.JournalofConstructionalSteelResearch,Vol.115,pp.398-406[26].ShubinHe,YongboShao*,HongyanZhang,QingliWang.(2015).“ParametricstudyonperformanceofcirculartubularK-jointsatelevatedtemperature”,FireSafetyJournal,Vol.71,pp.174-186.[27].HongqingLiu,YongboShao*,LingLu,QingliWang.(2015).“Hysteresisofconcrete-filledcirculartubular(CFCT)T-jointsunderaxialload”.Steel&CompositeStructures,Vol.18,No.3,pp.739-756.[28].C.Chen,Y.B.Shao*,J.Yang.(2015).“Studyonfireresistanceofcircularhollowsection(CHS)T-jointstiffenedwithinternalrings”,Thin-WalledStructures,Vol.92,pp.104-114.[29].M.J.Cui,Y.B.Shao*.(2015).“Residualstaticstrengthofcrackedconcrete-filledcircularsteeltubular(CFCST)T-joint”,Steel&CompositeStructures,Vol.18,No.4,pp.1045-1062.[30].WangQing-li,LiJia,ShaoYong-bo,ZhaoWei-juan.(2015).“FlexuralperformanceofsquareconcretefilledCFRP-SteelTubes(S-CF-CFRP-ST)”,AdvancesinStructuralEngineering,Vol.18,No.8,pp.1319-1344.[31].Q.L.Wang,Y.B.Shao.(2015).“FlexuralperformanceofcircularconcretefilledCFRP-steeltubes”,AdvancedSteelConstruction,Vol.11,No.2,pp.127-149.[32].Y.Chen,Y.B.Shao*.(2016).“StaticstrengthofsquaretubularY-jointswithreinforcedchordunderaxialcompression”,AdvancedSteelConstruction,Vol.12,No.3,pp.211-226.[33].Q.L.Wang,S.E.Qu,Y.B.Shao,L.M.Feng.(2016).“StaticbehaviorofaxiallycompressedcircularconcretefilledCFRP-steeltubular(C-CF-CFRP-ST)columnswithmoderateslendernessratio”,AdvancedSteelConstruction,Vol.12,No.3,pp.263-295.[34].S.T.Lie,T.Li,Y.B.Shao.(2016).“StressintensityfactorsoftubularT/Y-jointssubjectedtothreebasicloading”,AdvancedSteelConstruction,Vol.12,No.2,pp.109-133.[35].YongboShao,HaichengZhao,DongpingYang.(2016).“DiscussionontwomethodsfordeterminingstaticstrengthoftubularT-jointsatelevatedtemperature”,AdvancesinStructuralEngineering,Vol.19,pp.1-18.[36].S.T.Lie,T.Li,Y.B.Shao,S.P.Vipin.(2016).“PlasticcollapseloadpredictionofcrackedcircularhollowsectiongapK-jointsunderin-planebending”,MarineStructures,Vol.50,pp.20-34.[37].Yong-BoShao.(2016).“Staticstrengthofcollar-platereinforcedtubularT-jointsunderaxialloading”,SteelandCompositeStructures,Vol.21,No.2,pp.323-342.[38].Y.B.Shao,Y.M.Wang,D.P.Yang.(2016).“HystereticbehaviourofcirculartubularT-jointswithlocalchordreinforcement”,SteelandCompositeStructures,Vol.21,No.5,pp.1017-1029.[39].YongboShao,YijieZheng,HaichengZhao,DongpingYang.(2016).“PerformanceoftubularT-jointsatelevatedtemperaturebyconsideringeffectofchordcompressivestress”,Thin-WalledStructures,Vol.98,pp.533-546.[40].Y.B.Shao,Y.M.Wang.(2016).“ExperimentalstudyonshearbehaviorofI-girderwithconcrete-filledtubularflangeandcorrugatedweb”,SteelandCompositeStructures,Vol.22,No.6,pp.1465-1486.[41].YongboShao,YaminWang.(2017).“ExperimentalstudyonstaticbehaviorofI-girderwithconcrete-filledrectangularflangeandcorrugatedwebunderconcentratedloadatmid-span”,EngineeringStructures,Vol.130,pp.124-141.[42].Qing-Li,Wang,ZhanZhao,Yong-BoShao,Qing-LinLi.(2017).“StaticbehaviorofaxiallycompressedsquareconcretefilledCFRP-steeltubular(S-CF-CFRP-ST)columnswithmoderateslenderness”,Thin-WalledStructures,Vol.110,pp.106-122.[43].YaminWang,YongboShao*,DongpingYang.StatictestonfailureprocessoftubularT-jointswithinitialfatiguecrack.SteelandCompositeStructures,2017,24(5):615-633.[44].YaminWang,YongboShao*,YifangCao.StaticbehaviorofsteeltubularStructuresconsideringlocaljointflexibility.SteelandCompositeStructures,2017,24(4):425-439.[45].YongboShao,HaichengZhao,DongpingYang.DiscussionontwomethodsfordeterminingstaticstrengthoftubularT-jointsatelevatedtemperature.AdvancesinStructuralEngineering,2017,20(5):704-721.[46].YongboShao,ShubinHe,HongyanZhang,DongpingYang.HystereticbehavioroftubularT-jointsafterexposuretoelevatedtemperature.OceanEngineering,2017,129:57-67.[47].YongboShao,ShubinHe,DongpingYang.PredictiononstaticstrengthforCHStubularK-jointsatelevatedtemperature.KSCEJournalofCivilEngineering,2017,21(3):900-911.[48].T.Li,S.T.Lie,Y.B.Shao.Fatigueandfracturestrengthofamulti-planarcircularhollowsectionTT-joint.JournalofConstructionalSteelResearch,2017,129:101-110.[49].YuChen,RanFeng,YongboShao,XiaotianZhang.Bond-slipbehaviourofconcrete-filledstainlesssteelcircularhollowsectiontubes.JournalofConstructionalSteelResearch,2017,130:248-263.[50].YaminWang,YongboShao*.Stressanalysisofanewsteel-concretecompositeI-girder.SteelandCompositeStructures,2018,Vol.28,No.1,pp.51-61.[51].XudongGao,YongboShao*,LiyuanXie,YaminWang,DongpingYang.PredictionofcorrosivefatiguelifeofsubmarinepipelinesofAPI5LX56steelmaterials.Materials,2019,12.[52].HassaneinM.F.,ShaoY.-B.,ElchalakaniM.,ElHadidyA.M.Flexuralbucklingofcircularconcrete-filledstainlesssteeltubularcolumns.MarineStructures,2020,71,102722.[53].Y.M.Wang,Y.B.Shao*,C.Chen,U.Katwal.PredictionofflexuralandshearyieldingstrengthofshortspanI-girderswithconcrete-filledtubularflangesandcorrugatedweb–I:Experimentaltest.Thin-WalledStructures,2020,148,106592.[54].Y.M.Wang,Y.B.Shao*,C.Chen,U.Katwal.PredictionofflexuralandshearyieldingstrengthofshortspanI-girderswithconcrete-filledtubularflangesandcorrugatedweb-II:Numericalsimulationandtheoreticalanalysis.Thin-WalledStructures,2020,148,106593. 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