vof_capillary_references Namespace Reference

Functions
	wave_mode (k, nu, sigma=1.0, rho=1.0, H=None)
	drop_mode (n, R, nu, sigma=1.0, rho=1.0, dps=50)

Variables
int	k = 2 * math.pi / nx
	s
	w0
	nu
	H
dict	meas
dict	m = meas[nu]
	eps = math.sqrt(nu / (w0 * 64))

Function Documentation

wave_mode()

vof_capillary_references.wave_mode	(		k,
			nu,
			sigma = 1.0,
			rho = 1.0,
			H = None
	)

Complex growth rate s (Re s < 0 decay, Im s frequency) of the two-fluid capillary wave.

Definition at line 40 of file vof_capillary_references.py.

drop_mode()

vof_capillary_references.drop_mode	(		n,
			R,
			nu,
			sigma = 1.0,
			rho = 1.0,
			dps = 50
	)

Complex growth rate s of mode n of a drop in an identical fluid; returns (s, w0_Lamb).

Definition at line 63 of file vof_capillary_references.py.

References U.

Variable Documentation

k

vof_capillary_references.k = 2 * math.pi / nx

Definition at line 110 of file vof_capillary_references.py.

s

vof_capillary_references.s

Definition at line 111 of file vof_capillary_references.py.

w0

vof_capillary_references.w0

Definition at line 111 of file vof_capillary_references.py.

nu

vof_capillary_references.nu

Definition at line 111 of file vof_capillary_references.py.

H

vof_capillary_references.H

Definition at line 111 of file vof_capillary_references.py.

meas

dict vof_capillary_references.meas

Initial value:

=  {0.02: (0.09010, 3.983e-3), 0.01: (0.09061, 2.300e-3), 0.005: (0.09072, 1.474e-3),
            0.0025: (0.09075, 1.011e-3), 0.00125: (0.09066, 7.108e-4)}

Definition at line 116 of file vof_capillary_references.py.

m

dict vof_capillary_references.m = meas[nu]

Definition at line 121 of file vof_capillary_references.py.

eps

vof_capillary_references.eps = math.sqrt(nu / (w0 * 64))

Definition at line 122 of file vof_capillary_references.py.