近期论文
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英文:第一作者文章
(8)K.Qu,W.Y.Sun**,B.Deng,S.Kraatz,C.B.Jiang,J.Chen,Z.Y.Wu.Numericalinvestigationofbreakingsolitarywaverunuponpermeableslopedbeachusinganonhydrostaticmodel.OceanEngineering,194(2019):106625.(SCI)
(7)K.Qu,W.Y.Sun**,H.S.Tang,C.B.Jiang,B.Deng,J.Chen.Numericalstudyonhydrodynamicloadsofreal-worldtsunamiwaveathighwaybridgedeckusingacoupledmodelingsystem.OceanEngineering,192(2019):106486.(SCI)
(6)K.Qu,H.S.Tang,A.Agrawal.Integrationoffully3Dfluiddynamicsandgeophysicalfluiddynamicsmodelsformultiphysicscoastaloceanflows:simulationoflocalcomplexfree-surfacephenomena.OceanModelling,135(2019):14-30.(SCI)
(5)K.Qu,H.S.Tang,A.Agrawal,Y.Cai,C.B.Jiang.Numericalinvestigationofhydrodynamicloadonbridgedeckunderjointactionofsolitarywaveandcurrent.AppliedOceanResearch,75(2018):100-116.(SCI)
(4)K.Qu,X.Y.Ren,S.Kraatz,E.J.Zhao.Numericalanalysisoftsunami-likewaveimpactonhorizontalcylinder.OceanEngineering,145(2017),316-333.(SCI)
(3)K.Qu,H.S.Tang,A.Agrawal,Y.Cai.Hydrodynamiceffectsofsolitarywavesimpingingabridgedeckwithairvents.ASCE-JournalofBridgeEngineering,22(2017),04017024.(SCI)
(2)K.Qu,X.Y.Ren,S.Kraatz.Numericalinvestigationoftsunami-likewavehydrodynamiccharacteristicsanditscomparisonwithsolitarywave.AppliedOceanResearch,63(2017),36-48.(SCI)
(1)K.Qu,H.S.Tang,A.Agrawal,C.B.Jiang,B.Deng.EvaluationofSIFOM-FVCOMsystemforhigh-fidelitysimulationofsmall-scalecoastaloceanflows.JournalofHydrodynamics,28(2016),994-1002.(SCI)
通讯作者文章
(5)Y.Cai,A.Agrawal,K.Qu*,andH.S.Tang.Closureto“Numericalinvestigationofconnectionforcesofacoastalbridgedeckimpactedbysolitarywaves”byYalongCai,A.Agrawal,KeQu,andH.S.Tang.ASCE-JournalofBridgeEngineering,25(1),2020:07019003.(SCI)
(4)X.Y.Ren,F.J.Xiong,K.Qu*,N.Mizutani.Freesurfaceflowsimulationbyaviscousnumericalcylindricaltank.Algorithms,12(2019):doi:10.3390/a12050098.(EI)
(3)E.J.Zhao,L.Mou,K.Qu*,B.Shi,X.Y.Ren,C.B.Jiang.NumericalinvestigationofpollutiontransportandenvironmentalimprovementmeasuresinatidalbaybasedonaLagrangianparticle-trackingmodel.WaterScienceandEngineering,1(2018):23-38.(EI)
(2)E.J.Zhao,B.Shi,K.Qu*,W.B.Dong,J.Zhang.Experimentalandnumericalinvestigationoflocalscouraroundsubmarinepiggybackpipelineundersteadycurrent.JournalofOceanUniversityofChina,2(2018):244-256.(SCI)
(1)Y.Cai,A.Agrawal,K.Qu*,H.S.Tang.Numericalinvestigationofconnectionforcesofacoastalbridgedeckimpactedbysolitarywaves.ASCE-JournalofBridgeEngineering.23(2017),04017108.(SCI)
非第一作者和通讯作者文章
(8)E.J.Zhao,K.Qu,L.Mu.Numericalstudyofmorphologicalresponseofthesandybedaftertsunami-likewaveovertoppinganimpermeableseawall.OceanEngineering186(2019),106076.(SCI)
(7)E.J.Zhao,K.Qu,L.Mu,S.Kraatz,B.Shi.NumericalstudyonthehydrodynamiccharacteristicsofsubmarinepipelinesundertheImpactofreal-worldtsunami-likewaves.Water11(2019),doi:10.3390/w11020221.(SCI)
(6)Z.Y.Wu,C.B.Jiang,B.Deng,J.Chen,Y.N.Long,K.Qu,X.J.Liu.NumericalinvestigationofTyphoonKai-tak(1213)usingamesoscalecoupledWRF-ROMSmodel.OceanEngineering175(2019),1-15.(SCI)
(5)H.S.Tang,K.Qu,G.Q.Chen,S.Kraatz,N.Aboobaker,andC.B.Jiang.Potentialsitesfortidalpowergeneration:AthoroughsearchatcoastofNewJersey,USA.RenewableandSustainableEnergyReviews39(2014),412-425.(SCI)
(4)H.S.Tang,K.Qu,andX.G.Wu,Anoversetgridmethodforintegrationoffully3Dfluiddynamicsandgeophysicsfluiddynamicsmodelstosimulatemultiphysicscoastaloceanflows.JournalofComputationalPhysics,273(2014),548-571.(SCI)
(3)H.S.Tang,S.Kraatz,K.Qu,G.Q.Chen,N.Aboobaker,C.B.Jiang.High-resolutionsurveyoftidalenergytowardspowergenerationandinfluenceofsea-level-rise:AcasestudyatcoastofNewJersey,USA.RenewableandSustainableEnergyReview32(2014)960-982.(SCI)
(2)H.S.Tang,S.I-JyChien,M.Temimi,C.A.Blain,K.Qu,L.H.Zhao,S.Kraatz.VulnerabilityofpopulationandtransportationinfrastructureateastbankofDelawareBayduetocoastalfloodinginsea-levelriseconditions.NaturalHazards,(2013)DOI10.1007/s11069-013-0691-1.(SCI)
(1)H.S.Tang,S.Kraatz,X.G.Wu,W.L.Cheng,K.Qu,andJ.Polly.Couplingofshallowwaterandcirculationmodelsforpredictionofmultiphysicscoastalflows:Method,implementation,andexperiment.OceanEngineering,62(2013),56-67.(SCI)
英文会议论文:
第一作者文章
(2)K.Qu,H.S.Tang,A.Agrawal,C.B.Jiang,andB.Deng,EvaluationofSIFOM-FVCOMsystemforhigh-fidelitysimulationofsmall-scalecoastaloceanflows,Proceedingsof2ndConf.ofGlobalChineseScholarsonHydrodynamics,877-884,Ed.WuYou-sheng,DaiShi-qiang,YanKai.Wuxi,China.Nov.11-14,2016,ChinaOceanPress.
(1)K.Qu,Z.K.Zhang,S.Niu,C.GaoH.S.Tang,S.J.Luo.Determinationoftransonicwindtunnelgeometryandstudiesonwallinterferencebynumericalsimulation.50thAIAAAerospaceSciencesMeetingincludingtheNewHorizonsForumandAerospaceExposition,Nashville,Tennessee,9-12Jan2012.AIAApaper2012-0982.(EI)
通讯作者文章
非第一作者和通讯作者文章
(6)Y.Q.Tian,Z.K.Zhang,Q.Zhai,K.Qu,H.S.Tang.NumericalPredictionoftheMinimumHeightofRoughnessStripforArtificialTransitiononSweptWings.SciTech2016AIAAConference,SanDiego,California,4-8Jan.2016,AIAApaper2016-1117.(EI)
(5)W.Zhou,Z.K.Zhang,K.Qu,H.S.Tang.NumericalInvestigationofTransonicAirfoilBuffetSuppression.53rdAIAAAerospaceScienceConference,Kissimmee,Florida,5-9Jan.2015.AIAApaper2015-0068.(EI)
(4)T.T.Chen,Z.K.Zhang,K.Qu,H.S.Tang.NumericalStudyofFixedArtificialTransitionandtheMinimumHeightofRoughnessStripforit.21thAIAAComputationalFluidDynamicsConference,SanDiego,CA,24-27Jun.2013.AIAApaper2013-3093.(EI)
(3)W.Zhou,Z.K.Zhang,K.Qu,H.S.Tang.NumericalInvestigationofShockOscillationoverAirfoilsatTransonicSpeedsInfluencedbyTrailingEdgeJet.21thAIAAComputationalFluidDynamicsConference,SanDiego,CA,24-27Jun.2013.AIAApaper2013-2952.(EI)
(2)H.S.Tang,StevenI-JyChien,M.Temimi,K.Qu,L.H.Zhao,C.A.Blain,andS.Kraatz,Predictionofcoastalfloodingandevacuationdemandestimationconsideringclimatechange,Proc.TransportationResearchBoard92ndAnnualMeeting,2013.
(1)Z.K.Zhang,C.Gao,K.Qu,H.S.Tang,S.J.Luo.Determinationofclusteringandswitchingfactorsinparabolicgridgeneration.50thAIAAAerospaceSciencesMeetingincludingtheNewHorizonsForumandAerospaceExposition,Nashville,Tennessee,9-12Jan2012.AIAApaper2012-161.(EI)
中文期刊论文:
第一作者文章
(1)屈科,张正科,高超,牛嵩.用数值模拟方法确定跨音速风洞几何参数.科学技术与工程,28(2011):6915-6921.
通讯作者文章
(1)蒋昌波,徐进,邓斌,陈杰,屈科*.基于非静压模型的非淹没刚性植物消波特性数值模拟研究,海洋通报,38(2019):591-600.
非第一作者和通讯作者文章
(7)彭浩,陈杰,蒋昌波,何飞,邓斌,屈科,隆院男,伍志元.刚性植物分布方式对海啸波消减影响实验研究,海洋与湖沼,49(2019):1159-1168.
(6)彭浩,陈杰,蒋昌波,何飞,隆院男,屈科,邓斌,伍志元.规则波作用下簇状沉水植物群消浪特性研究,中国海洋大学学报,48(2018):1-10.
(5)田永强,张正科,屈科,翟琪.后掠机翼人工转捩最佳粗糙带高度数值预测,航空学报,2(2016):461-474.(EI)
(4)周伟,张正科,屈科,翟琪.开缝空腔抑制翼型跨声速抖振的数值模拟.航空学报,2(2016):451-460.(EI)
(3)周伟,张正科,屈科,高超.后缘射流对跨音速翼型激波振荡影响的数值模拟.弹箭与制导学报,1(2013):135-137.
(2)成婷婷,张正科,屈科.用转捩模型预测转捩及确定最佳粗糙带高度.航空计算技术,5(2012):75-79.
(1)周伟,张正科,屈科,高超.翼型阻力计算方法的数值模拟研究.科学技术与工程,33(2011):8229-8237.