Siemens Simcenter FloEFD 2019.3.0 4745 x64 for Siemens NX  嵌入到Siemens NX中的計算流體力學（CFD）分析工具
FloEFDforSiemensNX是一個強大的計算流體力學（CFD）分析工具，嵌入到SiemensNX中。它使設計工程師能夠提前加載CFD，方法是在設計過程的早期將模擬移動到更具成本效益的位置，以便識別和修復問題，並通過x2到x40提高生產率。

浮雕是：

嵌入西門子NX–一個接口，一個型號

直觀易用

即使對於高度復雜的幾何體也具有快速且穩健的收斂準則

使用智能技術，精確

它也是唯一一款提供日語、中文、韓語、法語、德語和俄語本地用戶界面的CFD軟件。

使用FloEFD體驗優化的工作流、更快的結果和更高的生產率。

NX嵌入式CFD模擬

CAD嵌入式仿真使工程師能夠在與設計相同的用戶環境中進行分析。因此，工程師可以使用最新的CAD幾何圖形進行分析，以進行多個設計研究，並評估修改如何影響設計的性能，而無需進行數據轉換。

參數化研究和設計比較功能

FloEFD內部的比較配置和參數研究功能使工程師能夠了解幾何或邊界條件的變化對結果的影響。用戶可以通過數值、圖形、可視圖像和動畫來評估結果，從而比較各種項目排列，從而評估設計包線。

使用SmartCells™的快速自動嚙合技術

FloEFD使用網格技術，這被認為是模擬流體流動、傳熱和傳質的最有效框架。此外，借助SmartCells技術，即使是最復雜的CAD幾何圖形，網格劃分過程也可以輕松實現自動化。

FloEFDforSiemensNXisapowerfulcomputationalfluiddynamics(CFD)analysistoolthatisembeddedintoSiemensNX.ItenablesdesignengineerstofrontloadCFDbymovingsimulationearlyintothedesignprocesswhereitismorecosteffectivetoidentifyandfixproblemsandenhanceproductivitybyx2tox40.

FloEFDis:
EmbeddedinSiemensNX–oneinterface,onemodel
Intuitiveandeasy-to-use
Fastandhasrobustconvergencecriteriaevenforhighlycomplexgeometry
Accurateduetouseofintelligenttechnology
ItisalsotheonlyCFDsoftwaredeliveringlocaluserinterfacesinJapanese,Chinese,Korean,French,GermanandRussian.
Experiencestreamlinedworkflows,fasterresults,andincreasedproductivitywithFloEFD.

NX-embeddedCFDSimulation
CAD-embeddedsimulationenablesengineerstoconductanalysisinthesameuserenvironmentasdesign.Therefore,engineerscanusethelatestCADgeometryforanalysistoconductmultipledesignstudiesandevaluatehowthemodificationsinfluencetheperformanceofthedesignwithoutthehassleofdatatranslation.

ParametricStudyandDesignComparisonFunctionality
ThecompareconfigurationandparametricstudycapabilityinsideFloEFDenablesengineerstounderstandtheinfluenceofchangesinthegeometryorboundaryconditionsontheresults.Userscanevaluatethedesignenvelopebyassessingresultsbynumericalvalues,bygraphsandbyvisualimagesandanimationsandtherebycompareawiderangeofprojectpermutations.

FastandAutomatedMeshingTechnologywithSmartCells™
FloEFDusesmeshingtechnologywhichisrecognizedasthemostefficientframeworkforsimulatingfluidflows,heatandmasstransfer.Inaddition,themeshingprocesscanbeautomatedeasilyforeventhemostcomplexCADgeometrieswiththeaidofSmartCellstechnology.

SmartCellsareuniquetechnologythatcombinerobustCartesianmeshingwithhighlyefficientanalyticalorsemi-empiricalsolvermodels;thusprovidinghighlevelsofsimulationaccuracywithfewernumberofmeshcellsthanintraditionalCFD.SmartCellstypicallyreducethemanualtimespentbytraditionalCFDtoolusersinmeshingevencomplexgeometriesbyanorderofmagnitudeonaveragethusdramaticallyreducingahistoricalbottlenecktoCFDuserproductivity.

LEDandLightingThermalSimulationCapabilities
FloEFD'sLEDModuleoffersauniquerangeofcapabilitiesrequiredforvariouslightingapplications:
ItsMonteCarloradiationmodelisbestsuitedforthermalradiationpredictionsinlightingapplicationswherelensesorreflectorscancausehotspotsinfocalpointsfromthelightsource(solarorman-made).
Anewband-lessMonteCarlomodelforlightingandradiationallowsuserstodramaticallydecreasetimerequiredfordefiningwave-lengthdependentpropertieswhileincreasingsimulationaccuracyofspectralcharacteristics.
Itsnewwaterfilmmodelenablessimulationofsurfacecondensation,evaporation,icingandde-icingexplorationsuchascondensationontheinnersurfacesofautomobileheadlights.
CombinedthermalandphotometricmodelforLEDsbasedonT3Stermeasurementsofactualoff-the-shelfLEDscanyieldcorrectpowerandtemperaturepredictionsand"hotlumen"output.
Definitionofradiationspectrumandsettingintensityofradiationcannowbedependentontheangle.Withthatdatadefined,FloEFDnowautomaticallyappliesthecalculatedradiantfluxontopoftheLED.
Easyrayvisualizationhelpsfindingsourcesforradiationhotspotsonotherpartsoftheluminaire.
Awaterabsorptionmodelenablesthesimulationofabsorptionofwaterintotheplastichousingoftheluminaireandlaterreleaseofitundertherightenvironmentalconditions.

InstinctiveUserExperience
FloEFDforNXfeaturesaneasy-to-useGUIwithconsiderableintelligentautomationbuilt-inasstandard:
OperatewithinNXgraphicaluserenvironment
Powerfulanalysiswizardguidesusersthroughtheproblemset-up
Interfaceusesengineeringtermsinsteadoftechnicaljargonthereforeuserscanfocusonsolvingflowproblemsasopposedtofiguringouthowtousethesoftware
Real-timefeedbackaboutthesolutionprogresssuchasconvergenceandmonitorpointvalues
EngineeringoutputsappearinbothatimelyandintuitivemannerincludingreportsinMicrosoft®ExcelandWord

Systemrequirements:
MicrosoftWindows7Professional,UltimateorEnterprise64-bitedition,
MicrosoftWindows10ProorEnterprise64-bit(testedwithv1809)
Forsolver:MicrosoftWindows2012Serverx64,Windows2012ServerR2x64,
WindowsServer2016withHPCPack2016
MicrosoftOffice2013;MicrosoftOffice2010;MicrosoftOffice2007
SiemensNX8.5.1.3,8.5.2.3,8.5.3.3
SiemensNX9.0.1.3,9.0.2.5,9.0.3.4
SiemensNX10.0.0.24,10.0.2.6,10.0.3.5
SiemensNX11.0.0.33,11.0.1.11,11.0.2.7
SiemensNX12.0.0.27,12.0.2.9
SiemensNX1847Series
SiemensNX1872Series