! =============================================================================== ! ! PROJECT ! =============================================================================== ! ProjectName = Scaling outputFormat = 0 WriteStateFiles = F WriteTimeAvgFiles = F doPrintStatusLine = F
! =============================================================================== ! ! INTERPOLATION ! =============================================================================== ! N = 5
! =============================================================================== ! ! HDF5 files ! =============================================================================== ! MeshFile = box_16_16_16_mesh.h5 meshScale = 1. useCurveds = T
! =============================================================================== ! ! EQUATION ! =============================================================================== ! IniExactFunc = 1 IniRefState = 1 RefState = (1.,1.,1.,1.,1.)
mu0 = 1e-5 R = 1.0 Pr = 0.72 kappa = 1.4
! =============================================================================== ! ! TIMEDISC ! =============================================================================== ! TimeDiscMethod = carpenterrk4-5 tend = 3.0000000E-00 Analyze_dt = 1.0 maxIter = 10 nWriteData = 1 CFLscale = 0.9 DFLscale = 0.9 SplitDG = PI
!============================================================================================================================== ! Boundary Condition !============================================================================================================================== BoundaryName = BC_xminus BoundaryType = (/ 2,1/) BoundaryName = BC_xplus BoundaryType = (24,1) BoundaryName = BC_zminus BoundaryType = (/ 2,1/) BoundaryName = BC_zplus BoundaryType = (/ 2,1/) BoundaryName = BC_yminus BoundaryType = (/ 2,1/) BoundaryName = BC_yplus BoundaryType = (/ 2,1/) ! BoundaryName = BC_zminus ! BoundaryType = (3,0,1) ! BoundaryName = BC_zplus ! BoundaryType = (3,0,0)
!============================================================================================================================== ! Baseflow !============================================================================================================================== doBaseflow = T ! Switch on to calculate a baseflow. doBaseflowRMS = T ! Switch on to calculate a baseflow of velocity fluctuations. TimeFilterWidthBaseflow = 1.00000000E-00 ! Temporal filter width of exponential, explicit time filter. 2*Tperi doAvg2D = F ! Turn-On to average the baseflow in spanwise direction BaseflowRefState = 1
!============================================================================================================================== ! Sponge !============================================================================================================================== SpongeLayer = T ! Turn on to use sponge regions for reducing reflections at boundaries. SpongeViz = F ! Turn on to write a visualization file of sponge region and strength. damping = 1. ! Damping factor of sponge. U_t=U_t-damping*(U-U_base) in fully damped regions.
SpongeShape = 1 ! Set shape of sponge: (1) ramp : cartesian xStart = (/ 9.00000000E-01,0.,0./) ! Coordinates of start position of sponge ramp (SpongeShape=ramp) xEnd = (/ 1.00000000E-00,0.,0./) ! Coordinates of second point to define cartesian aligned cube. SpongeDistance = 0.1 ! Length of sponge ramp. The sponge will have maximum strength at the end SpongeDir = (/ 1. ,0.,0./) ! Direction vector of the sponge ramp (SpongeShape=ramp)
SpongeBaseFlow = 4 ! Type of baseflow to be used for sponge. (4) pruett: temporally varying, solution adaptive Pruett baseflow tempFilterWidth = 1.00000000E-00 ! Temporal filter width used to advance Pruett baseflow in time. tempFilterWidthSponge = 1.00000000E-00 ! Temporal filter width used to advance Pruett baseflow in time.
!============================================================================================================================== ! Analyze !============================================================================================================================== CalcErrorNorms = F ! Set true to compute L2 and LInf error norms at analyze step. CalcBodyForces = F ! Set true to compute body forces at walls CalcBulkState = F ! Set true to compute the flows bulk quantities CalcMeanFlux = F ! Set true to compute mean flux through boundaries CalcWallVelocity = F ! Set true to compute velocities at wall boundaries CalcTotalStates = F ! Set true to compute total states (e.g. Tt,pt) CalcTimeAverage = F ! Set true to compute time averages ! VarNameAvg = Density ! VarNameAvg = MomentumX ! VarNameAvg = MomentumY ! VarNameAvg = MomentumZ ! VarNameAvg = EnergyStagnationDensity ! VarNameFluc = VelocityX ! VarNameFluc = VelocityY ! VarNameFluc = VelocityZ ! VarNameFluc = uv ! VarNameFluc = uw ! VarNameFluc = vw ! VarNameFluc = TKE