Скачать или смотреть Simul 4 20deg

Kernel 3d
Flow Model Single phase
Analysis type External
Thermal model Isothermal
Turbulence model Automatic
Domain type Virtual wind tunnel
External acceleration laws (X) 0 m/s
External acceleration laws (Y) 0 m/s
External acceleration laws (Z) 0 m/s
Initial conditions Wind tunnel default
Reference area Front
Reference velocity Automatic
Position (0,0,0) m
Dimensions (15,5,8) m
Ground wall on
ground wall type free-slip
ground wall velocity lawX 0 m/s
Lateral bounderies Periodic
Boundary conditions Velocity
Velocity laws (X) 3 m/s
Velocity laws (Y) -1 m/s
Velocity laws (Z) 0 m/s

Molecular weight 18,015 u
Reference density 1000 kg.m^-3
Operating temperature 298 K
Viscosity model Newtonian
Dynamic viscosity 0,001 Pa.s
Thermal conductivity 0,604 W.m^-1.K^-1
Specific heat capacity 4184 J.(kg.K)^-1

Behaviour Fixed
Scale 0,5
Position (-4,-2.5,0) m
Orientation (0,0,0) deg
Boundary conditions Wall
Wall Model Automatic
Wall roughness 0 m

Simulation time 10 s
Time step mode Fixed automatic
Courant 1
Resolved scale 0,1 m
Refinement algorithm Disabled
Frame frequency 50 Hz
Numerical data frequency Solver time step
Save averaged fields Désactivé
Save resume file Désactivé
Compute markers Désactivé
Vorticity Activé
Static pressure Activé
Total pressure Activé
Turbulence intensity Activé
Effective viscosity Activé

data instantaneous
interpolation mode off
domain structure min level
domain structure maxlevel
domain structure cell size off
visualisation field velocity
transference law [a*a]
surface info 3d field
field velocity
isocontours number 5

Cutting plane 1
axis Z
position 0 m
visualisation mode vectors
field velocity
ray tracing off

Cutting plane 2
axis Y
position -2.45 m
visualisation mode vectors
field velocity
ray tracing off

Plotline 1
vertex 1 (-5,-2.5,0) m
vertex 2 (-3,-2.5,0) m
number of samples 100
field velocity
data instantaneous
interpolation mode on
auto refresh off

Camera setting par défault