Walls.src File Reference

Functions/Subroutines
subroutine	solve_ufric (DENSIT, VISCOS, DIST, ROUGH, UT, UFRIC, DFX)
DOUBLE PRECISION function	wall_law (UFRIC, UT, DENSIT, VISCOS, DIST, ROUGH)
DOUBLE PRECISION function	d_wall_law (UFRIC, UT, DENSIT, VISCOS, DIST, ROUGH)
subroutine	kewall (TK, TEPS, TOMG, UT, DIST, ROUGH, VISCOS, DENSIT)

Function/Subroutine Documentation

DOUBLE PRECISION function d_wall_law	(	double precision	UFRIC,
		double precision	UT,
		double precision	DENSIT,
		double precision	VISCOS,
		double precision	DIST,
		double precision	ROUGH
	)

Calculate derivative of the wall law.

Referenced by solve_ufric().

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subroutine kewall	(	double precision	TK,
		double precision	TEPS,
		double precision	TOMG,
		double precision	UT,
		double precision	DIST,
		double precision	ROUGH,
		double precision	VISCOS,
		double precision	DENSIT
	)

Calculate the boundary values of turbulent kinetic energy and its dissipation based on the wall law.

References solve_ufric().

Referenced by kesolver(), and komegawalllaw().

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subroutine solve_ufric	(	double precision	DENSIT,
		double precision	VISCOS,
		double precision	DIST,
		double precision	ROUGH,
		double precision	UT,
		double precision	UFRIC,
		double precision	DFX
	)

Solve the friction velocity of the previous iteration based on the wall law.

References d_wall_law(), fx, and wall_law().

Referenced by kewall(), navierstokes::navierstokeswalllaw(), and navierstokes::vmswalls().

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DOUBLE PRECISION function wall_law	(	double precision	UFRIC,
		double precision	UT,
		double precision	DENSIT,
		double precision	VISCOS,
		double precision	DIST,
		double precision	ROUGH
	)

Give difference between the tangential velocity given by Reichardt´s wall law and the tangential velocity of the previous iteration.

Referenced by solve_ufric().

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