1
scalar1 =0.;
scalar1 = 100000;
1e+12
-1e+12
0.3
1
SGDH
x = 400;
y = 800*s;
z = 11;
10
frequency
200
x = 450;
y = 800*s;
z = 11;
10
frequency
200
x = 600;
y = 800*s;
z = 11;
10
frequency
200
x = 600;
y = 800*s;
z = 11;
10
frequency
200
x = 700;
y = 800*s;
z = 11;
10
frequency
200
100
1
10
1
1000
0.1
0.1
0.1
Entrer
Sol
Sortie
Symetrie
0
cmu = 0.09;
z0=0.1;
vref=4.;
zref=10.;
karman=0.42;
ustar=karman*vref/log((zref+z0)/z0);
k = (ustar^2)/sqrt(cmu);
epsilon = (ustar^3)/(karman*(z+z0));
1
z0=0.1;
ureff=4;
zref=10;
u_norm = ureff*log((z+z0)/z0)/log((zref+z0)/z0);
0
0
0
0
0
standard
1
1
0
1.17862
1.83e-05
1017.24
0.02495
0
0
0
0
0
0
all[]
x>=395 and x<=410 and y>=395 and y<=410 and z>=10 and z<=15
mesh_viscosity_1 = 1;
0
101325
293.15
2
cmu = 0.09;
z0=0.1;
vref=4.;
zref=10.;
karman=0.42;
ustar=karman*vref/log((zref+z0)/z0);
k = (ustar^2)/sqrt(cmu);
epsilon = (ustar^3)/(karman*(z+z0));
cmu = 0.09;
z0=0.1;
vref=4.;
zref=10.;
karman=0.42;
ustar=karman*vref/log((zref+z0)/z0);
k = (ustar^2)/sqrt(cmu);
epsilon = (ustar^3)/(karman*(z+z0));
0
1
0
1
z0=0.1;
ureff=4;
zref=10;
velocity[0] = ureff*log((z+z0)/z0)/log((zref+z0)/z0);
velocity[1] = 0.;
velocity[2] = 0.;
velocity[0] = 0.;
velocity[1] = 0.;
velocity[2] = 0.;
2
1
1