momentum_stuff_allflux.f90 File Reference

Functions/Subroutines
subroutine	get_diffusion_all (diff_u, diff_v, diff_w, viscosity, u2, v2, w2, sx, sy, ex, ey, maxn, ex_max, dx, dy, dz)
subroutine	get_conv_all (conv_u2, conv_v2, conv_w2, viscosity_aug, u2, v2, w2, sx, sy, ex, ey, maxn, ex_max, dx, dy, dz)
subroutine	get_viscosity (viscosity, phi, ex, ey, sx, sy, maxn, smooth_width, Re, mu_minus, mu_plus)

Function/Subroutine Documentation

subroutine get_conv_all	(	double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	conv_u2,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	conv_v2,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-1)	conv_w2,
		double precision, dimension(sx-2:ex+2,sy-2:ey+2,0:maxn)	viscosity_aug,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	u2,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	v2,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-1)	w2,
		integer	sx,
		integer	sy,
		integer	ex,
		integer	ey,
		integer	maxn,
		integer	ex_max,
		double precision	dx,
		double precision	dy,
		double precision	dz
	)

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subroutine get_diffusion_all	(	double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	diff_u,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	diff_v,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-1)	diff_w,
		double precision, dimension(sx-2:ex+2,sy-2:ey+2,0:maxn)	viscosity,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	u2,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-2)	v2,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn-1)	w2,
		integer	sx,
		integer	sy,
		integer	ex,
		integer	ey,
		integer	maxn,
		integer	ex_max,
		double precision	dx,
		double precision	dy,
		double precision	dz
	)

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subroutine get_viscosity	(	double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn)	viscosity,
		double precision, dimension(sx-1:ex+1,sy-1:ey+1,0:maxn)	phi,
		integer	ex,
		integer	ey,
		integer	sx,
		integer	sy,
		integer	maxn,
		double precision	smooth_width,
		double precision	Re,
		double precision	mu_minus,
		double precision	mu_plus
	)

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