def create_scheme(self):
s = TVFScheme(
['fluid'], ['solid'], dim=2, rho0=rho0, c0=c0, nu=nu,
p0=p0, pb=p0, h0=dx*hdx, gx=fx
)
s.configure_solver(tf=tf, dt=dt, n_damp=100, pfreq=500)
return s
def create_scheme(self):
s = TVFScheme(['fluid'], ['channel'],
dim=2,
rho0=rho0,
c0=c0,
nu=nu,
p0=p0,
pb=p0,
h0=dx * hdx)
s.configure_solver(tf=tf, dt=dt)
return s
def create_scheme(self):
s = TVFScheme(['fluid1', 'fluid2'], ['solid'],
dim=2,
rho0=rho1,
c0=c0,
nu=nu,
p0=p1,
pb=p1,
h0=dx * hdx,
gy=gy)
s.configure_solver(tf=tf, dt=dt, pfreq=500)
return s
def create_scheme(self):
s = TVFScheme(['fluid', 'inlet', 'outlet'], ['solid'],
dim=2,
rho0=rho,
c0=c0,
nu=nu,
p0=p0,
pb=p0,
h0=dx * hdx,
gx=0.0)
extra_steppers = dict(inlet=InletOutletStep(),
outlet=InletOutletStep())
s.configure_solver(extra_steppers=extra_steppers,
tf=tf,
dt=dt,
n_damp=10,
pfreq=100)
return s
def create_scheme(self):
s = TVFScheme(
["fluid"], [], dim=2, rho0=rho0, c0=c0, nu=nu, p0=p0, pb=p0, h0=dx * hdx
)
s.configure_solver(tf=tf, dt=dt, output_only_real=False)
return s
