【《仿生波浪叶型的性能研究国内外文献综述》2100字】

[16-18]等通过数值模拟方法将仿生波浪前缘结构应用于核电汽轮机组，发现该结构在小流量工况下能够改善叶栅内的流动状况，提高汽轮机组的效率。参考文献FishFE,BattleJM.HydrodynamicDesignoftheHumpbackWhaleFlipper[J].JournalofMorphology.1995,225:51-60.WATTSP,FISHF.Theinfluenceofpassive,leadingedgetuberclesonwingperformance[C].ProceedingsoftheProcTwelfthIntlSympUnmannedUntetheredSubmersTechnol,F,2001Auton.UnderseaSyst.Inst.DurhamNewHampshire.JOHARIH,HENOCHCW,CUSTODIOD,etal.Effectsofleading-edgeprotuberancesonairfoilperformance[J].AIAAjournal.2007,45:2634-2642.YOONH,HUNGP,JUNGJ,etal.Effectofthewavyleadingedgeonhydrodynamiccharacteristicsforflowaroundlowaspectratiowing[J].Computers＆Fluids.2011,49:276-289.JulienFavier,AlfredoPinelli,UgoPiomelli.Controloftheseparatedflowaroundanairfoilusingawavyleadingedgeinspiredbyhumpbackwhaleflippers[J].ComptesRendusMécanique2012,340:107-114.Hansen,Kristy&Kelso,Richard&Dally,Bassam&Hassan,Eyad.(2011).AnalysisoftheStreamwiseVorticesGeneratedBetweenLeadingEdgeTubercles.JournalofFluidMechanics.788.ČarijaZ,MarušićE,NovakZ,etal.Numericalanalysisofaerodynamiccharacteristicsofabumpedleadingedgeturbineblade[J].EngineeringReview,2014,34(2):93-101.Hansen,Kristy，NikanRostamzadeh,KelsoRM,DallyBB.Evolutionofthestreamwisevorticesgeneratedbetweenleadingedgetubercles[J].JournalofFluidMechanics,2016,788(16):730-766.M.M.Zhang,G.F.Wang,J.Z.Xu.Experimentalstudyofflowseparationcontrolonalow-Reairfoilusingleading-edgeprotuberancemethod[J].ExpFluids.2014,55:1710.PedroHTC,KobayashiMH.NumericalStudyofStallDelayonHumpbackWhaleFlippers[C].46thAIAAAerospaceSciencesMeetingandExhibit,Reno,NV,AIAAPaper2008-0584,7–10Jan.2008.ShiW,AtlarM,NormanR,etal.Numericaloptimizationandexperimentalvalidationforatidalturbinebladewithleading-edgetubercles[J].RenewableEnergy,2016,96:42-55.M.C.Keerthi,M.S.Rajeshwaran,AbhijitKushari,etal.EffectofLeading-EdgeTuberclesonCompressorCascadePerformance[C].ProceedingsoftheASMETurboExpo:turbinetechnicalconferenceandexposition,2014,Vol2a.ZhengT,QiangX,TengJ,etal.ApplicationofHumpbackWhaleFlippersinanAnnularCompressorCascade[C]//ASMETurboExpo2016:TurbomachineryTechnicalConferenceandExposition.2016:V02AT37A016.AAsghar,WDEAllan,MLaViolette,RWoodason.InfluenceofANovel3dLeadingEdgeGeometryonTheAerodynamicPerformanceofLowPressureTurbineBladeCascadeVanes[C].ProceedingsoftheASMETurboExpo:turbinetechnicalconferenceandexposition,2014,vol2c.BouchardD,AsgharA,HardesJ,etal.InfluenceofaNovelThree-DimensionalLeadingEdgeGeometryontheAerodynamicPerformanceofTransonicCascadeVanes[C]//ASMETurboExpo2012:TurbineTechnica