BC-Periodic-hill.prm

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# INCOMPACT 3D parameters - Periodic Hill configuration
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512    #nx
257    #ny
128    #nz
1      #nphi
0      #p_row
0      #p_col
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# INCOMPACT 3D Flow parameters
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9.     #xlx       # Lx (Adimensional size in x-direction)
3.036  #yly       # Ly (Adimensional size in y-direction)
4.5    #zlz       # Lz (Adimensional size in z-direction)
700.   #re        # Reynolds number
0.10   #noise     # Intensity for initial condition (0.01=1%,1=100%) (t=0) (for lock and temporal)
0.0005 #dt        # Time step
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# INCOMPACT3D Flow configuration
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1      #iin        # Initial condition (0: no-noise, 1: white noise, 2: fixed white noise)
1      #ifirst     # First iteration
800000 #ilast      # Last iteration
2      #nscheme    # Temporal scheme (1:AB2, 2:AB3, 3: RK3, 4:KN+AB3 (-DIMPLICIT flag required))
1      #istret     # y-mesh refinement (0:no, 1:center, 2:both sides, 3:bottom)
2.     #beta       # Refinement parameter
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# INCOMPACT 3D File parameters
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0      # ilit      # Read initial flow field? (0:no, 1:yes)
100000 # isave     # Frequency for writing backup file (sauve.dat)
2000   # imodulo   # Frequency for visualization for VISU_INSTA
500001 #initstats1
600001 #initstats2
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# NUMERICAL DISSIPATION
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0      #jLES       #LES Model (0:DNS, 1:iLES, 2:Explicit Simple Smagorinsky, 3:Explicit Wall-Adaptive LES, 4: Explicit Dynamic Smagorinsky LES)
4.    # npi2
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# INCOMPACT 3D Body (old school)
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2      #ivirt # IBM? (0:no-IBM, 1: old school, 2: Lagrangian Poly)
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# INCOMPACT 3D Forcing with Lagrangian Polynomials
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1      # IBM with Lagrangian polynomials ? (0: no, 1: yes)                  [ilag]
2      # The highest number of fluid-points at each boundary (0, 1, 2 or 3) [npif]
1      # First fluid-point jump ? (0: no, 1: yes=advised)                   [izap]
10     #nraf
2      #nobjmax