Fluent-最新进展

CombustionOscillations,ReactionModelsinFluent-3,ContourLinesofVorticityMagnitudeonCombustorCenterPlaneContoursofTemperatureonFlameSurface,PartiallyPremixedCombustionModelLES,ReactionModelsinFluent-4,GasTurbineCombustor,ReactionModelsinFluent-5,Low-NOxBurnerDesign,WeiZhou,DavidMoyedaandRoyPayneGEEnergyandEnvironmentalResearchCorporationRabindraPaulFluentInc.,ReactionModelsinFluent-6,ImportchemistryinCHEMKINformatImportCHEMKINtransportpropertydatabase,反应机理,ReactionModelsinFluent-7,KINeticsmodulefromReactionDesign(RD)“CHEMKIN”plug-inforFLUENT6.2AbilitytosolvelaminarstiffreactionsIncludesturbulence-chemistryinteractionsUsesISAT-4,MultiphaseModelsinFluent-1,DiscretePhaseModel(DPM)MixtureModelEulerianMultiphaseFlowModelVolumeofFluidModel(VOF)Cavitationsub-modelavailablewiththemixturemodel,MultiphaseModelsinFluent-2,DPM用于煤粉燃烧,ComputedWaterwallTubeErosionRates,ComputedEconomizerTubeErosionRates,MultiphaseModelsinFluent-3,DPM用于模拟冲蚀,IncreasingDifferentialVelocity(UL-Ug),Jetbreakup:,SheetLigamentDrop,Sheetbreakup:,Dropbreakup:,Ligamentbreakup,Bagbreakup,MultiphaseModelsinFluent-4,雾化机理-非常复杂,MultiphaseModelsinFluent-5,DPM+雾化模型+Spray用于喷雾模拟,Simulatedaquartersectorofpressureswirlatomizer*Meshconsistedof190,000cells,MultiphaseModelsinFluent-6,IsosurfaceofVaporVolumeFraction,ObservedCavityShape,VaporVolumeFraction,PressureCoefficient,a=0.1,MultiphaseModelsinFluent-7,Cavitation模型,NucleationRate(Log10),LiquidMassFraction,BladePressureDistribution,MultiphaseModelsinFluent-8,WetSteam模型,Acoustics-1,Ffowcs-Williams&HawkingsmodelenhancementsSupportforrotatingsurfacesUnsteadywithslidingmeshorrotatingreferenceframeGutinnoisemodelforsteady-stateanalysisSupportforthecoupledsolverAbilitytoexportquadrupolesourcedataforusebySYSNOISE,Steady-StateStaticPressure(Pa),Geometry,ReceiversPosition,j=60,R=1.905m,AcousticPressureVariation,SPL=19.9dB,4-BladedUSNavyMarinePropellerRotationSpeedn=3000rpmBlade-PassageFrequencyBPF=200Hz,Rotatingsurfacenoise:Marinepropeller,Acoustics-2,ContoursofSurfaceAcousticPower(dB),IsosurfaceofLilleysTotalNoiseSource,HighsurfaceacousticpowerintheApillarwake,Prominentnoisesources,Acousticsourceestimation:Sedan,Acoustics-3,Geometry,VelocityMagnitude,TimeperQuarterRevolution(80time-steps)FLUENTIterative143minutesFLUENTNon-Iterative14minutes,Iterative,Non-Iterative,VelocityDistribution,Others-1,Non-IterativeTime-MarchingSchemes,FLUENTNon-IterativeCPU=58minutes,FLUENTIterativeCPU=493minutes,LiquidFreeSurface,Others-2,Non-IterativeTime-MarchingSchemes,Others-3,CooperationwithDr.ParvizMoin,CTRandCascadeTechnologiesonLargeEddySimulationMethods,Others-4,IsosurfaceofInstantaneousVorticityMagnitude,CLSpectrum,StrouhalNumber,LES:Flowpastsquarecylinder,ReH=22K,Others-5,Time-AveragedStreamwiseVelocityAlongWakeCenterline,LES:Flowpastsquarecylinder,ReH=22K,Others-6,LESandAcoustics,Others-7,燃料电池,ProtonExchangeMembraneFuelCell(PEMFC)ModuleSolidOxideFuelCell(SOFC)Module,Fluent最新动态Fluent6.2&Gambit2.2的最新功能MeshingMovingandDeformingMeshReactingFlowsMultiphaseFlowsAcousticsOthersFluentChina成立,SFIandAavid(Taiwan),FluentIndia,CFDRES(Australia),FluentEurope(England)FluentFranceFluentGermanyFluentItalyFluentSwedenFluentBenelux,FluentInc.HQLebanon(NH)Evanston(IL)SantaClara(CA)AnArbor(MI)Morgantown(WV),N.America,Europe,AsiaPacific,FluentChina飞昂软件技术(上海)有限公司,Hi-Key(China),FluentAsiaPaci