个人简历
教育背景[1]2005.10–2007.09,锡根大学(德国)机械工程系，博士，2011.12,获博士学位(UniversitätSiegen,DoktorderIngenieurwissenschaften)[2]1999.09-2002.07,大连理工大学工程力学系，硕士[3]1990.09–1994.07,上海交通大学机械工程系，学士工作背景[1]2018.05-今汕头大学工学院土木与环境工程系，教授、博士生导师[2]2002.12–2018.04大连理工大学建设工程学部，讲师、副教授[3]2014.03-2015.02UniversityofIllinoisatChicago(美国)，访问学者[4]2005.08-2007.09锡根大学(德国)获德国政府学术交流基金(DAAD)资助留学
近期论文
[1].DongshengLi,Yong-qiangYuan,Kun-pengLiandHong-NanLi,ExperimentalaxialforceidentificationbasedonmodifiedTimoshenkobeamtheory,StructuralMonitoringandMaintenance,2017,4(2):153-173.[2].DongshengLi,Hong-NanLiandClaus-PeterFritzen,Commentson“ClusteringofsensorLocationsUsingtheEffectiveIndependenceMethod,AIAAJournal,2016,54(6):2010-2011.[3].DongshengLi,Siu-ChunMHo,GangbingSong,LiangRen,andHongnanLi,Areviewofdamagedetectionmethodsforwindturbineblades,SmartMaterialsandStructures.2015,24(3)033001,1-24.[4].ZhaoZhan,DongshengLi,andHongnanLi,Alocaldamagedetectionapproachbasedonrestoringforcemethod,JournalofSoundandVibration,2014,333(20):4942–4959.[5].DongshengLi,Y.B.Liang,H.N.Li,Commentsonplacementofsensorsinoperationalmodalanalysisfortrussbridges,MechanicalSystemsandSignalProcessing,2013,35(1-2):383–384.[6].YabinLiang,DongshengLi,QingzhaoKong,GangbingSong.Loadmonitoringofthepin-connectedstructureusingtimereversaltechniqueandpiezoceramictransducers–Afeasibilitystudy.IEEESensorsJournal,16(22):7958-7966.[7].YabinLiang,DongshengLi,SeyedMohammadParvasi,GangbingSong.Loadmonitoringofpin-connectedstructuresusingpiezoelectricimpedancemeasurement.SmartMaterialsandStructures,25(10):105011.[8].YabinLiang,DongshengLi,SeyedMohammadParvasi,QingzhaoKong,IngLim,GangbingSong.Bond-slipdetectionofconcrete-encasedcompositestructureusingelectro-mechanicalimpedancetechnique.SmartMaterialsandStructures,2016,25(9):095003.[9].Hong-NanLi,LiangRen,Zi-GuangJia,Ting-HuaYi,DongshengLi,State-of-the-artinstructuralhealthmonitoringoflargeandcomplexcivilinfrastructures,JournalofCivilStructuralHealthMonitoring,2016,6(1):3-16.[10].HongNanLi,TingHuaYi,LiangRen,DongshengLiandLin-ShengHuo,Reviewsoninnovationsandapplicationsinstructuralhealthmonitoringforinfrastructures,StructuralMonitoringandMaintenance,Vol.1,No.1(2014)001-045.[11].ZhouCui,LiHong-nan,DongshengLi,LinYou-Xin.OnlineDamageDetectionusingPairCointegrationofTime-varyingDisplacementTimeSeries.SmartStructuresandSystems,2013,12,(3-4):309-325.[12].DongshengLi,L.Ren,H.N.Li,andG.B.Song,StructuralHealthMonitoringofaTallBuildingduringConstructionwithFiberBraggGratingSensors,InternationalJournalofDistributedSensorNetworks,2012,10(8),272190:1-10.[13].Hong-NanLi,DongshengLi,LiangRen,Ting-HuaYi,Zi-GuangJiaandKun-PengLI,StructuralhealthmonitoringofinnovativecivilengineeringstructuresinMainlandChina,StructuralMonitoringandMaintenance,2016,3(1):1-32.[14].YabinLiang,DongshengLi,GangbingSong,andChaoZhan.Damagedetectionofshearbuildingsthroughstructuralmass-stiffnessdistribution.SmartStructuresandSystems,2017,19(1):11-20.[15].TaoJiang,LiangRen,ZiguangJia,DongshengLi,HongnanLi,ApplicationofFBGbasedsensorinpipelinesafetymonitoring,AppliedSciences,2017,7(6),540:1-12.[16].LiangRen,TaoJiang,DongshengLi,PengZhang,Hong-nanLi,Gang-bingSong,Amethodofpipelinecorrosiondetectionbasedonhoop-strainmonitoringtechnology,StructuralControlandHealthMonitoring.2017,24(6):e1931.[17].林楠,李东升,李宏男.基于零初值的测试加速度积分速度与位移的方法,中国科学：技术科学,2016,46(6):602-614.[18].王立岩,李东升,李宏男，基于HHT的非线性振动系统参数识别研究,工程力学,2017,34(1):28-3344.[19].袁永强,李东升,李宏男.基于动力方法的改进杆件轴力识别,大连理工大学学报2015,55(5)511-517.[20].李晓海,李东升.环境因素影响下基于辛几何谱分析法的结构损伤识别研究.水利与建筑工程学报,2016,14(3):154-176.[21].占超,李东升,任亮，李宏男.基于改进交叉模型交叉模态法的局部损伤识别方法，振动与冲击，2015,34(7):127-133.[22].周翠,李东升,李宏男.结构模态测试传感器位置优选，振动工程学报，2014,27(1):84-90.[23].李东升,周翠，杨新涛，李宏男，任亮，郭杏林.结构损伤识别中部分相关噪声模型,大连理工学学报，2014,54(4):445-451.[24].梁亚斌,李东升,李宏男.环境温度影响下基于频率协整的在线损伤识别，大连理工学学报,2014,54(3):307-314.[25].梁亚斌,李东升,李宏男.环境温度影响下基于结构连续位移曲率组合的损伤识别方法,沈阳建筑大学学报,2014(3):399-407.[26].DongshengLi,HongNanLiandClaus-PeterFritzen,Loaddependentsensorplacementmethod:Theoryandexperimentalvalidation,MechanicalSystemsandSignalProcessing,2012,31(1):217–227.[27].Zi-guangJia,LiangRen,DongshengLi,Dan-danZhang,Hong-nanLi,DesignandapplicationoftheiceforcesensorbasedonfiberBragggrating,Measurement,2011,44(10):2090-2095.[28].DongshengLi,Hong-NanLiandClaus-PeterFritzen,AnoteonfastcomputationofeffectiveindependencethroughQRdowndatingforsensorplacement,MechanicalSystemsandSignalProcessing,2009,23(4):1160–1168.[29].Hong-NanLi,Guang-DongZhou,LiangRenandDongshengLi(CorrespondingAuthor),StraintransfercoefficientanalysesforembeddedfiberBragggratingsensorsindifferenthostmaterials,ASCE’sJournalofEngineeringMechanics,2009,135(12),1343-1353.[30].李东升,张莹,任亮,李宏男.结构健康监测中的传感器布置方法及评价准则,力学进展,2011,41(1):39-50.[31].贾辉,李东升基于交叉模型交叉模态法的损伤识别研究,土木工程与管理学报,2011,28(3):133-137.[32].任亮,张莹,李东升,刘君,李宏男,刘福海,FBG传感器在粘土心墙坝模型试验中的应用,光电子.激光,2011,22(8):1124-1129.[33].李东升,李宏男,王国新,任亮,传感器布设中有效独立法的简捷快速算法,防灾减灾工程学报，2009,29(1):103-108.[34].张丹丹,任亮,李东升,李宏男,柳春光,光纤光栅冰力传感器的开发及应用,光电子.激光,2010,21(3):349-353.[35].D.S.Li,H.N.Li,andC.P.Fritzen,Theconnectionbetweeneffectiveindependenceandmodalkineticenergymethodsforsensorplacement,JournalofSoundandVibration,2007,(305):945-955.[36].Li,DS;Li,HN;Ren,L;Song,GB,StraintransferringanalysisoffiberBragggratingsensors,OpticalEngineering,2006,45(2):Art.No.024402.[37].Hong-NanLi,Dong-ShengLiandGang-BingSong,Recentapplicationsoffiberopticsensorstohealthmonitoringincivilengineering,EngineeringStructures,2004;26(11):1647-1657.[38].GuoXinglin,LiDongsheng,ExperimentStudyofStructuralRandomLoadingIdentificationbytheInversePseudoExcitationMethod,StructuralEngineeringandMechanics,2004;18(6):791-806.[39].李东升,李宏男.埋入式封装的光纤光栅传感器应变传递分析,力学学报,2005,37(4):435-441.[40].李东升,李宏男，郭杏林.广义小量分解法在载荷识别中的应用，振动与冲击,2004,23(3):52-54.[41].李东升、郭杏林.随机激励下的载荷谱识别，大连理工大学学报，2003,(43)5:561-566.[42].李东升,郭杏林.逆虚拟激励法随机载荷识别试验研究,工程力学，2004,21(2):134-139.Members for SEM (美国试验力学学会)，ISHMII（国际智能基础设施结构健康监测协会）会员， 国家自然科学基金通信评审专家，高等学校博士学科点专项科研基金评审专家， 大连市学术专著资助出版评审委员会评审专家；中国振动工程学会模态分析与试验分会、结构抗振控制与健康监测青年委员会委员两个专业委员会委员，意大利教育部自然科学项目评审专家；国际学术期刊《Journal of Sound and Vibration》和国内学术期刊《中国科学》等多种重要学术期刊审稿人，Journal of Construction Technique Research, Frontiers Research of Architecture and Engineering, and Advances in Civil Engineering (SCI检索期刊) 等三个国际期刊编委。
