XFlow应用培训教程(5)堤坝

XFlow应用培训教程（5）——堤坝崩塌QQ群：200378871OverviewFreesurfaceinternalOnephaseNogeometrymotionWatermotionParticlevisualizationWS05–DambreakingEngine:Dimension:3DFreesurfaceinternalThermalmodel:IsothermalAcousticanalysis:OffGlobalattributes:Turbulencemodel:OffGravitylaw:-9.81m/s2Initialvelocityfield:0m/sInitialgaugepressurefield:0Pa

Initialliquidfunction:if(x<0,0,y<0.55)1.Environment:FreesurfaceinternalWS05–DambreakingFluid:WaterThermodynamicpropertiesViscositymodel:Newtonian2.Materials:WaterWS05–Dambreaking3.Geometry:ImportvalveandsphereImportgeometry:HitthebuttonBrowsethefileWS05–Dambreaking3.Geometry:OrientatenormalsSelectGeometry+Right-clickWS05–Dambreaking3.Geometry:OrientatenormalsGOODBADNormalspointinginsideNormalspointingoutsideWS05–Dambreaking3.Geometry:ApplyboundaryconditionsValve:Behavior:FixedBoundaryCondition:WallWallmodel:Free-slipWS05–DambreakingTimediscretization:Simulationtime:3sAutomatictimestepcalculationCourantnumber:54.Simulation:SetthenumericalparametersDatastorage:FoldernameFrequencyofsamples:15HzResolution:Resolvedscale:0.03mRefinement:DisabledWS05–Dambreaking5.RunthesimulationRunthecalculation:Hitbutton“Run”WS05–Dambreaking5.Post-Processing:PlayforwardPlaymarkers:Field:VelocityMode:Markers

Representation:Points

Particlefrom:AllWS05–Dambreaking5.Post-Processing:CreateasensorRight-clickSwitchto3DfieldWS05–Dambreaking5.Post-Processing:Monitorasensor2)Right-click3)Right-click1)Select“Staticpressure”WS05–Dambreaking5.Post-Processing:MonitorasensorSenso