fluent設(shè)置界面中英文對(duì)照

1、Category 類(lèi)別 Variable 變量表 1:物種，反應(yīng)，pdf,預(yù)混和燃燒的列表1、Species.物種Massfractionofspecies-n(sp,pdf,orppmx;nv)n 種質(zhì)量分率Molefractionofspecies-n(sp,pdf,orppmx)n 種摩爾分?jǐn)?shù)Concentrationofspecies-n(sp,pdf,orppmx)n 種濃度LamDiffCoefofspecies-n(sp,dil)nEffDiffCoefofspecies-n(t,sp,dil)nThermalDiffCoefofspecies-n(sp)nEnthalpyofs

2、pecies-n(sp)n種烙 species-nSourceTerm(rc,cpl)n種 LamDiff 系數(shù)種 EffDiff 系數(shù)種熱量 Diff 系數(shù)不中 SourceTermSurfaceDepositionRateofspecies-n(sr)nRelativeHumidity(sp,pdf,orppmx;h2o)TimeStepScale(sp,stcm)FineScaleMassfractionofspecies-n(edc)n種表面沉積率相對(duì)濕度種精密標(biāo)度質(zhì)量分率FineScaleTransferRate(edc)精密標(biāo)度傳輸率2、3、1-FineScaleVolumeFra

3、ction(edc)精密標(biāo)度體積分率Reactions.反應(yīng)RateofReaction-n(rc)n 反應(yīng)速度ArrheniusRateofReaction-n(rc)n 反應(yīng)阿倫紐斯速度TurbulentRateofReaction-n(rc,t)n 反應(yīng)湍流速度Pdf.MeanMixtureFraction(pdforppmx;nv)平均混合分?jǐn)?shù)SecondaryMeanMixtureFraction(pdforppmx;nv)二級(jí)平均混合分?jǐn)?shù)MixtureFractionVariance(pdforppmx;nv)平均混合分?jǐn)?shù)變量SecondaryMixtureFractionVari

4、ance(pdforppmx;nv)二級(jí)平均混合分?jǐn)?shù)變量FvarProd(pdforppmx)fvar 測(cè)試棒Fvar2Prod(pdforppmx)fvar2 測(cè)試棒ScalarDissipation(pdforppmx)標(biāo)量逸散4、5、Premixed 預(yù)混和ProgressVariable(pmxorppmx;nv)進(jìn)展變量Combustion.燃燒DamkohlerNumber(pmxorppmxStretchFactor(pmxorppmx伸長(zhǎng)因數(shù)TurbulentFlameSpeed(StaticTemperature(ProductFormationRate(LaminarFla

5、meSpeed(CriticalStrainRate(pmxorppmx湍流焰速度pmxorppmx靜態(tài)溫度pmxorppmx生成物形成率pmxorppmx層流焰速度pmxorppmx臨界應(yīng)變率AdiabaticFlameTemperature(UnburntFuelMassFraction(pmxorppmx絕熱火焰溫度pmxorppmx未燃燒燃料質(zhì)量分率表 2:NOx,Soot,andUnsteadyStatisticsCategories1、NOx.MassfractionofNO(nox)NO 質(zhì)量分率MassfractionofHCN(nox)HCN 質(zhì)量分率Massfraction

6、ofNH3(nox)NH3 質(zhì)量分率MolefractionofNO(nox)NO 摩爾分率MolefractionofHCN(nox)HCN 摩爾分率MolefractionofNH3(nox)NH3 摩爾分率ConcentrationofNO(nox)NO 濃度ConcentrationofHCN(nox)HCN 濃度ConcentrationofNH3(nox)NH3 濃度VarianceofTemperature(nox)溫度變量VarianceofSpecies(nox)物種變量VarianceofSpecies1(nox)物種 1 變量VarianceofSpecies2(nox)

7、物種 2 變量2、Soot.煙灰Massfractionofsoot(soot)煙灰質(zhì)量分率Massfractionofnuclei(soot)核的質(zhì)量分率3、UnsteadyStatistics.不穩(wěn)定統(tǒng)計(jì)Meanquantity-n(stat)平均值 nRMSquantity-n(stat)均方根值 n表3:Phases,DiscretePhaseModel,GranularPressure,andGranularTemperatureCategories(相，分散相模型，顆粒壓強(qiáng)，和顆粒溫度列表)Phases.相Volumefractionofphase-n(mp)n 相體積分率Disc

8、retePhaseModel.分散相模型DPMMassSource(dpm)質(zhì)量源DPMErosion(dpm,cv)腐蝕DPMAccretion(dpm,cv)增長(zhǎng)DPMXMomentumSource(dpm)X 動(dòng)量源DPMYMomentumSource(dpm)Y 動(dòng)量源DPMZMomentumSource(dpm,3d)Z 動(dòng)量源DPMSwirlMomentumSource(dpm,2dasw)旋轉(zhuǎn)動(dòng)量源DPMSensibleEnthalpySource(dpm,e)顯始源DPMEnthalpySource(dpm,e)始源DPMAbsorptionCoefficient(dpm,ra

9、d)吸收系數(shù)DPMEmission(dpm,rad)發(fā)散DPMScattering(dpm,rad)散射DPMBurnout(dpm,sp,e)燃盡（Nox,煙灰和不穩(wěn)定統(tǒng)計(jì)列表）DPMEvaporation/Devolatilization(dpm,sp,e)蒸發(fā)/液化DPMConcentration(dpm)濃度DPMspecies-nSource(dpm,sp,e)n 種源GranularPressure.顆粒壓強(qiáng)phase-nGranularPressure(emm,gran)n 相顆粒壓強(qiáng)GranularTemperature.顆粒溫度phase-nGranularTemperatu

10、re(emm,gran)n 相顆粒溫度表 4:Properties,WallFluxes,UserDefinedScalars,andUserDefinedMemoryCategories(性質(zhì)，間隔層通量，用戶(hù)定義標(biāo)量和用戶(hù)定義存儲(chǔ)列表)Properties.性質(zhì)MolecularViscosity(v)分子粘度MolecularViscosityofphase-n(v,mp)n 相分子粘度Diameterofphase-n(mixoremm)n 相直徑ThermalConductivity(e,v)導(dǎo)熱性SpecificHeat(Cp)(e)比熱SpecificHeatRatio(gamm

11、a)(id)比熱比GasConstant(R)(id)氣體常數(shù)MolecularPrandtlNumber(e,v)分子普朗特?cái)?shù)MeanMolecularWeight(seg,pdf)平均分子量SoundSpeed(id)聲速WallFluxes.間隔層通量WallShearStress(v,cv)間隔層剪應(yīng)力phase-nWallShearStress(v,cv,emm)n 相間隔層剪應(yīng)力X-WallShearStress(v,cv)X 剪應(yīng)力Y-WallShearStress(v,cv)Y 剪應(yīng)力Z-WallShearStress(v,3d,cv)Z 剪應(yīng)力phase-nX-WallShe

12、arStress(v,cv,emm)n 相 X 剪應(yīng)力phase-nY-WallShearStress(v,cv,emm)n 相 Y 剪應(yīng)力phase-nZ-WallShearStress(v,3d,cv,emm)n 相 Z 剪應(yīng)力Axial-WallShearStress(2da,cv)軸向剪應(yīng)力Radial-WallShearStress(2da,cv)徑向剪應(yīng)力Swirl-WallShearStress(2dasw,cv)旋向剪應(yīng)力SkinFrictionCoefficient(v,cv)表面摩擦系數(shù)phase-nSkinFrictionCoefficient(v,cv,emm)n 相表

13、面摩擦系數(shù)TotalSurfaceHeatFlux(e,v,cv)總表面熱負(fù)何RadiationHeatFlux(rad,cv)輻射熱負(fù)荷CellPartition(np)控制體積分區(qū)ActiveCellPartition(p)主動(dòng)控制體積分區(qū)StoredCellPartition(p)存儲(chǔ)控制體積分區(qū)SurfaceIncidentRadiation(do,cv)SurfaceHeatTransferCoef.(e,v,cv)SurfaceNusseltNumber(e,v,cv)SurfaceStantonNumber(e,v,cv)UserDefinedScalars.用戶(hù)定義標(biāo)量Scal

14、ar-n(uds,nv)n 標(biāo)量DiffusionCoef.ofScalar-n(uds)nUserDefinedMemory.用戶(hù)定義存儲(chǔ)udm-n(udm)CellInfo,Grid,andAdaptionCategoriesCellInfo.控制體積表面入射輻射表面?zhèn)鳠嵯禂?shù)表面努珊數(shù)表面斯坦頓數(shù)標(biāo)量擴(kuò)散系數(shù)（控制體積，網(wǎng)絡(luò)節(jié)點(diǎn)，配合列表）CellId(p)控制體積標(biāo)識(shí)CellElementType 控制體積要素種類(lèi)CellZoneType 控制體積區(qū)域種類(lèi)CellZoneIndex 控制體積區(qū)域指數(shù)PartitionNeighbors 鄰元素分區(qū)Grid.網(wǎng)格節(jié)點(diǎn)X-Coordinate

15、(nv)X 坐標(biāo)Y-Coordinate(nv)Y 坐標(biāo)Z-Coordinate(3d,nv)Z 坐標(biāo)AxialCoordinate(nv)軸向坐標(biāo)RadialCoordinate(nv)徑向坐標(biāo)XSurfaceAreaX 表面面積YSurfaceAreaY 表面面積ZSurfaceArea(3d)Z 表面面積XFaceAreaX 端面面積YFaceAreaY 端面面積ZFaceArea(3d)Z 端面面積CellEquiangleSkew 控制體積等角度傾斜CellEquivolumeSkew 控制體積等量?jī)A斜CellVolume 控制體積容量2DCellVolume(2da)2D 控制體積

16、容量CellWallDistance 控制體積間隔層距離FaceHandedness 端面旋向性FaceSquishIndex 端面擠壓指數(shù)CellSquishIndex 控制體積擠壓指數(shù)GridCategory(Turbomachinery-SpecificVariables)andAdaptionCategory 點(diǎn)列表(渦輪積類(lèi)變量)和配合列表)Grid.網(wǎng)絡(luò)節(jié)點(diǎn)MeridionalCoordinate(nv,turbo)經(jīng)緯坐標(biāo)AbsMeridionalCoordinate(nv,turbo)絕對(duì)值經(jīng)緯坐標(biāo)SpanwiseCoordinate(nv,turbo)Abs(H-C)Span

17、wiseCoordinate(nv,turbo)Abs(C-H)SpanwiseCoordinate(nv,turbo)PitchwiseCoordinate(nv,turbo)AbsPitchwiseCoordinate(nv,turbo)Adaption.配合AdaptionFunction 配合功能ExistingValue 現(xiàn)存值BoundaryCellDistance 控制體積邊界距離BoundaryNormalDistance 邊界標(biāo)準(zhǔn)距離BoundaryVolumeDistance(np)邊界容量距離CellVolumeChange 控制體積容積變化CellEquiangleSkew 控制體積等角度傾斜（網(wǎng)絡(luò)節(jié)CellEquivolumeSkew 控制體積等容量?jī)A斜CellSurfaceArea 控制體積表面面積CellWarpage 控制體積折曲ResidualsCategory(殘值列表)質(zhì)量不穩(wěn)定PressureResidual(cpl)壓強(qiáng)殘值X-VelocityResidual(cpl;2dor3d)X 速度殘值Y-VelocityResidual(cpl;2dor3d)Y 速度殘值Z-VelocityResidual(cpl,3d)Z