glasgowmat Class Reference

#include <glasgowmat.h>

Public Member Functions
double	cap (double t, double pg, double rhov)
double	cat (double t, double pg, double rhov)
double	cav (double t, double pg, double rhov)
double	cmp ()
double	cmt (double t, double pg, double rhov)
double	cmv (double t, double pg, double rhov)
double	ctp ()
double	ctt (double t, double pg, double rhov)
double	ctv (double t, double pg, double rhov)
double	f_h (double rhov, double t)
double	get_othervalue (long compother, long ipp, double *r)
double	get_transmission_flux_mt (double bv, double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_flux_mv (double bv, double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_flux_tt (double bv, double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_nodval_mt (double bv, double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_nodval_mv (double bv, double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_nodval_tt (double bv, double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_transcoeff_mt (double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_transcoeff_mv (double t, double pg, double rhov, long bc, long ipp)
double	get_transmission_transcoeff_tt (double t, double pg, double rhov, long bc, long ipp)
void	give_dof_names (namevart *dofname, long ntm)
	returns ordered dof names
	glasgowmat (void)
double	kap (double t, double pg, double rhov)
double	kat (double t, double pg, double rhov)
double	kav (double t, double pg, double rhov)
double	kmp (double t, double pg, double rhov)
double	kmt (double t, double pg, double rhov)
double	kmv (double t, double pg, double rhov)
double	ktp (double t, double pg, double rhov)
double	ktt (double t, double pg, double rhov)
double	ktv (double t, double pg, double rhov)
void	matcap (double &c, long ri, long ci, long ipp)
void	matcond (matrix &d, long ri, long ci, long ipp)
void	matcond1d (matrix &d, long ri, long ci, long ipp)
void	matcond2d (matrix &d, long ri, long ci, long ipp)
void	matcond3d (matrix &d, long ri, long ci, long ipp)
void	print (FILE *out)
void	print_othervalue_name (FILE *out, long compother)
void	read (XFILE *in)
double	transmission_flux (double nodval, double trc2, long ri, long ci, long nn, long bc, long ipp)
double	transmission_nodval (double nodval, double trc2, long ri, long ci, long nn, long bc, long ipp)
double	transmission_transcoeff (double trc, long ri, long ci, long nn, long bc, long ipp)
	~glasgowmat (void)
Public Attributes
double	alph
double	crhoair
double	emmi
double	hq
double	k0
long	model
double	pginf
double	por0
double	ra
double	rhoc
double	rhol0
double	rhos
double	rhov0
double	rv
double	sssp
double	stef
double	t0
double	tfirestart
Private Member Functions
double	f_beta (double pg, double tinf)
double	f_ca (double t)
double	f_cl (double t)
double	f_crho (double rhov, double pg, double t)
double	f_cs (double t)
double	f_cv (double t)
double	f_dav (double rhov, double pg, double t)
double	f_davex (double pg, double tinf)
double	f_db (double rhov, double t)
double	f_dfracddt (double t)
double	f_dfracldrhov (double rhov, double t)
double	f_dfracldt (double rhov, double t)
double	f_dmcbwreldt (double t)
double	f_dmdt (double t)
double	f_dmidt (double t)
double	f_dpcdrhov (double rhov, double t)
double	f_dpcdt (double rhov, double t)
double	f_dpordt (double t)
double	f_dpsatdt (double t)
double	f_drhowdt (double t)
double	f_fracd (double t)
double	f_fracg (double rhov, double t)
double	f_fracl (double rhov, double t)
double	f_fracl0 (double t)
double	f_fracs (double rhov, double t)
double	f_hqr (double t, double tinf)
double	f_hrad (double t, double tinf)
double	f_keff (double t)
double	f_kg (double rhov, double t)
double	f_kk (double t)
double	f_kl (double rhov, double t)
double	f_ld ()
double	f_le (double t)
double	f_m (double t)
double	f_mcbwrel (double t)
double	f_mi (double t)
double	f_mua (double t)
double	f_mug (double rhov, double pg, double t)
double	f_mul (double t)
double	f_muv (double t)
double	f_pa (double rhov, double pg, double t)
double	f_pc (double rhov, double t)
double	f_pl (double rhov, double pg, double t)
double	f_por (double t)
double	f_ppore (double rhov, double pg, double t, double pginf)
double	f_psat (double t)
double	f_pv (double rhov, double t)
double	f_rhoa (double rhov, double pg, double t)
double	f_rhog (double rhov, double pg, double t)
double	f_rhovinf ()
double	f_rhow (double t)
double	f_rhow0 (double t)
double	f_s (double rhov, double t)
double	f_sb (double rhov, double t)
double	f_sln (double rhov, double t)
double	f_tinf (double time)

Detailed Description

Definition at line 7 of file glasgowmat.h.

Constructor & Destructor Documentation

glasgowmat ( void )

Definition at line 10 of file glasgowmat.cpp.

References alph, crhoair, emmi, hq, k0, model, pginf, por0, ra, rhoc, rhol0, rhos, rhov0, rv, sssp, stef, t0, and tfirestart.

~glasgowmat ( void )

Definition at line 33 of file glasgowmat.cpp.

Member Function Documentation

double cap	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2483 of file glasgowmat.cpp.

References f_fracg(), and ra.

Referenced by matcap().

double cat	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2468 of file glasgowmat.cpp.

References f_dfracldt(), f_dpordt(), f_fracg(), f_rhoa(), and ra.

Referenced by matcap().

double cav	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2495 of file glasgowmat.cpp.

References f_dfracldrhov(), f_fracg(), f_rhoa(), ra, and rv.

Referenced by matcap().

double cmp ( )

Definition at line 2527 of file glasgowmat.cpp.

Referenced by matcap().

double cmt	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2509 of file glasgowmat.cpp.

References f_dfracddt(), f_dfracldt(), f_dpordt(), f_drhowdt(), f_fracd(), f_fracl(), and f_rhow().

Referenced by matcap().

double cmv	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2532 of file glasgowmat.cpp.

References f_dfracldrhov(), f_fracg(), and f_rhow().

Referenced by matcap().

double ctp ( )

Definition at line 2449 of file glasgowmat.cpp.

Referenced by matcap().

double ctt	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2429 of file glasgowmat.cpp.

References f_crho(), f_dfracddt(), f_dfracldt(), f_drhowdt(), f_fracd(), f_fracl(), f_ld(), f_le(), and f_rhow().

Referenced by matcap().

double ctv	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2454 of file glasgowmat.cpp.

References f_dfracldrhov(), f_le(), and f_rhow().

Referenced by matcap().

double f_beta	(	double	pg,
		double	tinf
	)			`[private]`

Calculate Water Vapour Transfer Coefficient

Parameters:

-

Return values:

-

Definition at line 2109 of file glasgowmat.cpp.

References alph, crhoair, f_davex(), and hq.

Referenced by get_transmission_flux_mv(), get_transmission_nodval_mv(), and get_transmission_transcoeff_mv().

double f_ca ( double t ) [private]

Calculate Specific Heat of Dry Air

Parameters:

-

Return values:

-

Definition at line 1928 of file glasgowmat.cpp.

Referenced by f_crho().

double f_cl ( double t ) [private]

Calculate Specific Heat of Liquid Water

Parameters:

-

Return values:

-

Definition at line 1880 of file glasgowmat.cpp.

Referenced by f_crho().

double f_crho	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate Effective Heat Capacity

Parameters:

-

Return values:

-

Definition at line 2007 of file glasgowmat.cpp.

References f_ca(), f_cl(), f_cs(), f_cv(), f_fracg(), f_fracl(), f_fracs(), f_rhoa(), f_rhow(), and rhos.

Referenced by ctt().

double f_cs ( double t ) [private]

Calculate Specific Heat of Solid Skeleton

Parameters:

-

Return values:

-

Definition at line 1945 of file glasgowmat.cpp.

Referenced by f_crho().

double f_cv ( double t ) [private]

Calculate Specific Heat of Water Vapour

Parameters:

-

Return values:

-

Definition at line 1904 of file glasgowmat.cpp.

Referenced by f_crho().

double f_dav	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate dav - Calculate Gas Diffusivity

Parameters:

-

Return values:

-

Definition at line 1587 of file glasgowmat.cpp.

Referenced by get_transmission_flux_mt(), get_transmission_nodval_mt(), get_transmission_transcoeff_mt(), kap(), kat(), kav(), kmp(), kmt(), and kmv().

double f_davex	(	double	pg,
		double	tinf
	)			`[private]`

Calculate DavEx - Calculate Gas Diffusivity

Parameters:

-

Return values:

-

Definition at line 1614 of file glasgowmat.cpp.

Referenced by f_beta().

double f_db	(	double	rhov,
		double	t
	)			`[private]`

Calculate Diffusivity of Physically Bound Water

Parameters:

-

Return values:

-

Definition at line 1640 of file glasgowmat.cpp.

References f_s(), and sssp.

Referenced by kmt(), kmv(), ktt(), and ktv().

double f_dfracddt ( double t ) [private]

Calculate Derivative of Volume Fraction of Dehydrated Water wrt Temperature

Parameters:

-

Return values:

-

Definition at line 1232 of file glasgowmat.cpp.

References f_dmcbwreldt(), and f_rhow().

Referenced by cmt(), and ctt().

double f_dfracldrhov	(	double	rhov,
		double	t
	)			`[private]`

Calculate Vapour Content Derivative

Parameters:

-

Return values:

-

Definition at line 1020 of file glasgowmat.cpp.

References f_fracl0(), f_h(), f_m(), f_psat(), f_pv(), f_rhow(), f_rhow0(), h(), rhoc, and rv.

Referenced by cav(), cmv(), ctv(), kmv(), and ktv().

double f_dfracldt	(	double	rhov,
		double	t
	)			`[private]`

Calculate Derivative of Volume Fraction of Water

Parameters:

-

Return values:

-

Definition at line 784 of file glasgowmat.cpp.

References f_dmdt(), f_dmidt(), f_dpsatdt(), f_drhowdt(), f_fracl0(), f_h(), f_m(), f_mi(), f_psat(), f_pv(), f_rhow(), f_rhow0(), h(), rhoc, and rv.

Referenced by cat(), cmt(), ctt(), kmt(), and ktt().

double f_dmcbwreldt ( double t ) [private]

Calculate Derivative of Mass of Dehydrated Water Released per m3

Parameters:

-

Return values:

-

Definition at line 1154 of file glasgowmat.cpp.

References rhoc.

Referenced by f_dfracddt().

double f_dmdt ( double t ) [private]

Calculate Derivative of m factor wrt Temperature

Parameters:

-

Return values:

-

Definition at line 656 of file glasgowmat.cpp.

Referenced by f_dfracldt().

double f_dmidt ( double t ) [private]

Calculate Derivative of mi factor wrt Temperature

Parameters:

-

Return values:

-

Definition at line 679 of file glasgowmat.cpp.

Referenced by f_dfracldt().

double f_dpcdrhov	(	double	rhov,
		double	t
	)			`[private]`

Calculate dpcdrhov

Parameters:

-

Return values:

-

Definition at line 1392 of file glasgowmat.cpp.

References f_h(), f_rhow(), f_s(), h(), model, rv, and sssp.

Referenced by kmv(), and ktv().

double f_dpcdt	(	double	rhov,
		double	t
	)			`[private]`

Calculate dpcdt

Parameters:

-

Return values:

-

Definition at line 1349 of file glasgowmat.cpp.

References f_dpsatdt(), f_drhowdt(), f_h(), f_psat(), f_rhow(), f_s(), h(), model, rv, and sssp.

Referenced by kmt(), and ktt().

double f_dpordt ( double t ) [private]

Calculate Derivative of Porosity wrt Temperature

Parameters:

-

Return values:

-

Definition at line 539 of file glasgowmat.cpp.

References por0.

Referenced by cat(), cmt(), kmt(), and ktt().

double f_dpsatdt ( double t ) [private]

Calculate Derivative of Saturation Vapour Pressure wrt Temperature

Parameters:

-

Return values:

-

Definition at line 332 of file glasgowmat.cpp.

Referenced by f_dfracldt(), and f_dpcdt().

double f_drhowdt ( double t ) [private]

Calculate Derivative of Density of Liquid Water

Parameters:

-

Return values:

-

Definition at line 455 of file glasgowmat.cpp.

Referenced by cmt(), ctt(), f_dfracldt(), and f_dpcdt().

double f_fracd ( double t ) [private]

Calculate Volume Fraction of Dehydrated Water

Parameters:

-

Return values:

-

Definition at line 1217 of file glasgowmat.cpp.

References f_mcbwrel(), and f_rhow().

Referenced by cmt(), and ctt().

double f_fracg	(	double	rhov,
		double	t
	)			`[private]`

Calculate Volume Fraction of Gas Phase

Parameters:

-

Return values:

-

Definition at line 1248 of file glasgowmat.cpp.

References f_fracl(), and f_por().

Referenced by cap(), cat(), cav(), cmv(), f_crho(), f_fracs(), get_transmission_flux_mt(), get_transmission_nodval_mt(), get_transmission_transcoeff_mt(), kap(), kat(), kav(), kmp(), kmt(), and kmv().

double f_fracl	(	double	rhov,
		double	t
	)			`[private]`

Calculate Volume Fraction of Water

Parameters:

-

Return values:

-

Definition at line 703 of file glasgowmat.cpp.

References f_fracl0(), f_h(), f_m(), f_mi(), f_por(), f_psat(), f_pv(), f_rhow(), f_rhow0(), h(), and rhoc.

Referenced by cmt(), ctt(), f_crho(), f_fracg(), f_fracs(), f_s(), kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_fracl0 ( double t ) [private]

Calculate Volume Fraction of Free Water - from Sorption Isotherms

Parameters:

-

Return values:

-

Definition at line 576 of file glasgowmat.cpp.

References f_rhow0(), por0, and rhol0.

Referenced by f_dfracldrhov(), f_dfracldt(), and f_fracl().

double f_fracs	(	double	rhov,
		double	t
	)			`[private]`

Calculate Volume Fraction of Solid Skeleton

Parameters:

-

Return values:

-

Definition at line 1990 of file glasgowmat.cpp.

References f_fracg(), and f_fracl().

Referenced by f_crho().

double f_h	(	double	rhov,
		double	t
	)

Calculate relative humidity

Parameters:

-

Return values:

-

Definition at line 594 of file glasgowmat.cpp.

References f_psat(), f_pv(), and h().

Referenced by f_dfracldrhov(), f_dfracldt(), f_dpcdrhov(), f_dpcdt(), f_fracl(), f_pc(), f_ppore(), and get_othervalue().

double f_hqr	(	double	t,
		double	tinf
	)			`[private]`

Calculate Combined Heat Transfer Coefficient

Parameters:

-

Return values:

-

Definition at line 2090 of file glasgowmat.cpp.

References f_hrad(), and hq.

Referenced by get_transmission_flux_mt(), get_transmission_flux_tt(), get_transmission_nodval_mt(), get_transmission_nodval_tt(), get_transmission_transcoeff_mt(), and get_transmission_transcoeff_tt().

double f_hrad	(	double	t,
		double	tinf
	)			`[private]`

Calculate Radiative Heat Transfer Coefficient

Parameters:

-

Return values:

-

Definition at line 2073 of file glasgowmat.cpp.

References emmi, and stef.

Referenced by f_hqr().

double f_keff ( double t ) [private]

Calculate Thermal Conductivity

Parameters:

-

Return values:

-

Definition at line 1967 of file glasgowmat.cpp.

Referenced by get_transmission_flux_mt(), get_transmission_nodval_mt(), get_transmission_transcoeff_mt(), and ktt().

double f_kg	(	double	rhov,
		double	t
	)			`[private]`

Calculate Calculate Relative Permeability

Parameters:

-

Return values:

-

Definition at line 1695 of file glasgowmat.cpp.

References f_s().

Referenced by kap(), and kmp().

double f_kk ( double t ) [private]

Calculate Intrinsic Permeability

Parameters:

-

Return values:

-

Definition at line 1662 of file glasgowmat.cpp.

References f_por(), k0, and por0.

Referenced by kap(), kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_kl	(	double	rhov,
		double	t
	)			`[private]`

Calculate Calculate Relative Permeability

Parameters:

-

Return values:

-

Definition at line 1739 of file glasgowmat.cpp.

References f_s().

Referenced by kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_ld ( ) [private]

Calculate Specific Heat of Dehydration

Parameters:

-

Return values:

-

Definition at line 2058 of file glasgowmat.cpp.

Referenced by ctt().

double f_le ( double t ) [private]

Calculate Specific Heat of Evaporation

Parameters:

-

Return values:

-

Definition at line 2031 of file glasgowmat.cpp.

Referenced by ctt(), ctv(), kmp(), kmt(), ktp(), ktt(), and ktv().

double f_m ( double t ) [private]

Calculate factor m

Parameters:

-

Return values:

-

Definition at line 611 of file glasgowmat.cpp.

Referenced by f_dfracldrhov(), f_dfracldt(), and f_fracl().

double f_mcbwrel ( double t ) [private]

Calculate Mass of Dehydrated Water Released per m3

Parameters:

-

Return values:

-

Definition at line 1090 of file glasgowmat.cpp.

References rhoc.

Referenced by f_fracd().

double f_mi ( double t ) [private]

Calculate factor mi

Parameters:

-

Return values:

-

Definition at line 633 of file glasgowmat.cpp.

Referenced by f_dfracldt(), and f_fracl().

double f_mua ( double t ) [private]

Calculate Dynamic Viscosity of Dry Air

Parameters:

-

Return values:

-

Definition at line 1831 of file glasgowmat.cpp.

Referenced by f_mug().

double f_mug	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate Dynamic Viscosity of Gas

Parameters:

-

Return values:

-

Definition at line 1855 of file glasgowmat.cpp.

References f_mua(), f_muv(), and f_rhoa().

Referenced by kap(), and kmp().

double f_mul ( double t ) [private]

Calculate Dynamic Viscosity of Liquid Water

Parameters:

-

Return values:

-

Definition at line 1783 of file glasgowmat.cpp.

Referenced by kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_muv ( double t ) [private]

Calculate Dynamic Viscosity of Water Vapour

Parameters:

-

Return values:

-

Definition at line 1806 of file glasgowmat.cpp.

Referenced by f_mug().

double f_pa	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate Dry Air Pressure

Parameters:

-

Return values:

-

Definition at line 1540 of file glasgowmat.cpp.

References f_pv().

Referenced by f_rhoa().

double f_pc	(	double	rhov,
		double	t
	)			`[private]`

Calculate pc

Parameters:

-

Return values:

-

Definition at line 1312 of file glasgowmat.cpp.

References f_h(), f_rhow(), f_s(), h(), model, rv, and sssp.

Referenced by f_pl(), and get_othervalue().

double f_pl	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate pl

Parameters:

-

Return values:

-

Definition at line 1280 of file glasgowmat.cpp.

References f_pc(), f_s(), model, and sssp.

Referenced by get_othervalue().

double f_por ( double t ) [private]

Calculate Porosity

Parameters:

-

Return values:

-

Definition at line 501 of file glasgowmat.cpp.

References por0.

Referenced by f_fracg(), f_fracl(), f_kk(), f_s(), kmt(), kmv(), ktt(), and ktv().

double f_ppore	(	double	rhov,
		double	pg,
		double	t,
		double	pginf
	)			`[private]`

Calculate ppore

Parameters:

-

Return values:

-

Definition at line 1464 of file glasgowmat.cpp.

References f_h(), f_rhow(), f_s(), h(), model, rv, and sssp.

double f_psat ( double t ) [private]

Calculate Saturation Vapour Pressure

Parameters:

-

Return values:

-

Definition at line 313 of file glasgowmat.cpp.

Referenced by f_dfracldrhov(), f_dfracldt(), f_dpcdt(), f_fracl(), f_h(), get_transmission_flux_mv(), and get_transmission_nodval_mv().

double f_pv	(	double	rhov,
		double	t
	)			`[private]`

Calculate Vapour Pressure

Parameters:

-

Return values:

-

Definition at line 300 of file glasgowmat.cpp.

References rv.

Referenced by f_dfracldrhov(), f_dfracldt(), f_fracl(), f_h(), f_pa(), and get_othervalue().

double f_rhoa	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate Air Content

Parameters:

-

Return values:

-

Definition at line 1555 of file glasgowmat.cpp.

References f_pa(), and ra.

Referenced by cat(), cav(), f_crho(), f_mug(), f_rhog(), get_transmission_flux_mt(), get_transmission_nodval_mt(), get_transmission_transcoeff_mt(), kap(), kav(), kmp(), kmt(), and kmv().

double f_rhog	(	double	rhov,
		double	pg,
		double	t
	)			`[private]`

Calculate Gas Content

Parameters:

-

Return values:

-

Definition at line 1570 of file glasgowmat.cpp.

References f_rhoa().

Referenced by get_transmission_flux_mt(), get_transmission_nodval_mt(), get_transmission_transcoeff_mt(), kap(), kat(), kav(), kmp(), kmt(), and kmv().

double f_rhovinf ( ) [private]

Calculate Far Field Vapour Content

Parameters:

rhov0

-

Return values:

rhoinf

-

Definition at line 269 of file glasgowmat.cpp.

References rhov0.

double f_rhow ( double t ) [private]

Calculate Density of Liquid Water

Parameters:

-

Return values:

-

Definition at line 350 of file glasgowmat.cpp.

Referenced by cmt(), cmv(), ctt(), ctv(), f_crho(), f_dfracddt(), f_dfracldrhov(), f_dfracldt(), f_dpcdrhov(), f_dpcdt(), f_fracd(), f_fracl(), f_pc(), f_ppore(), kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_rhow0 ( double t ) [private]

Calculate Density of Liquid Water

Parameters:

-

Return values:

-

Definition at line 403 of file glasgowmat.cpp.

Referenced by f_dfracldrhov(), f_dfracldt(), f_fracl(), and f_fracl0().

double f_s	(	double	rhov,
		double	t
	)			`[private]`

Calculate Saturation

Parameters:

-

Return values:

-

Definition at line 1264 of file glasgowmat.cpp.

References f_fracl(), and f_por().

Referenced by f_db(), f_dpcdrhov(), f_dpcdt(), f_kg(), f_kl(), f_pc(), f_pl(), f_ppore(), f_sb(), f_sln(), get_othervalue(), kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_sb	(	double	rhov,
		double	t
	)			`[private]`

Calculate sb

Parameters:

-

Return values:

-

Definition at line 1509 of file glasgowmat.cpp.

References f_s(), model, and sssp.

Referenced by kmp(), kmt(), kmv(), ktp(), ktt(), and ktv().

double f_sln	(	double	rhov,
		double	t
	)			`[private]`

Calculate sln

Parameters:

-

Return values:

-

Definition at line 1432 of file glasgowmat.cpp.

References f_s(), model, and sssp.

double f_tinf ( double time ) [private]

Calculate Far Field Temperature

Parameters:

	time	-
	t0	-

Return values:

tinf

-

Definition at line 283 of file glasgowmat.cpp.

References t0, and tfirestart.

Referenced by get_transmission_flux_mt(), get_transmission_flux_mv(), get_transmission_flux_tt(), get_transmission_nodval_mt(), get_transmission_nodval_mv(), get_transmission_nodval_tt(), get_transmission_transcoeff_mt(), get_transmission_transcoeff_mv(), and get_transmission_transcoeff_tt().

double get_othervalue	(	long	compother,
		long	ipp,
		double *	r
	)

function computes all variables in nodes

Parameters:

	compother	- number of other components
	ipp	- first integration point on element
	t	- temperature on actual node
	pg	- gas pressure on actual node
	rhov	- concentration of water vapour

Definition at line 3181 of file glasgowmat.cpp.

References f_h(), f_pc(), f_pl(), f_pv(), f_s(), h(), and other.

Referenced by med3::compute_othervalues().

double get_transmission_flux_mt	(	double	bv,
		double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

coupled boundary condition - function creates correct flux on the boundary (transmission) for rhov from t

Parameters:

	bv	- value of prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 3125 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_hqr(), f_keff(), f_rhoa(), f_rhog(), f_tinf(), flux, ra, probdesct::time, and Tp.

Referenced by transmission_flux().

double get_transmission_flux_mv	(	double	bv,
		double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

function creates flux on the boundary (transmission - convective mass transfer) for rhov

Parameters:

	bv	- prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2829 of file glasgowmat.cpp.

References f_beta(), f_psat(), f_tinf(), flux, rv, probdesct::time, and Tp.

Referenced by transmission_flux().

double get_transmission_flux_tt	(	double	bv,
		double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

function creates flux on the boundary (transmission - convective mass transfer) for t

Parameters:

	bv	- prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2970 of file glasgowmat.cpp.

References f_hqr(), f_tinf(), flux, probdesct::time, and Tp.

Referenced by transmission_flux().

double get_transmission_nodval_mt	(	double	bv,
		double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

coupled boundary condition - function creates correct new nodal value on the boundary (transmission) for rhov from t

Parameters:

	bv	- value of prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 3071 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_hqr(), f_keff(), f_rhoa(), f_rhog(), f_tinf(), nodval(), ra, probdesct::time, and Tp.

Referenced by transmission_nodval().

double get_transmission_nodval_mv	(	double	bv,
		double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

function creates correct new nodal value on the boundary (transmission) for rhov

Parameters:

	bv	- value of prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2778 of file glasgowmat.cpp.

References f_beta(), f_psat(), f_tinf(), nodval(), rv, probdesct::time, and Tp.

Referenced by transmission_nodval().

double get_transmission_nodval_tt	(	double	bv,
		double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

function creates correct new nodal value on the boundary (transmission) for t

Parameters:

	bv	- value of prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2928 of file glasgowmat.cpp.

References f_hqr(), f_tinf(), nodval(), probdesct::time, and Tp.

Referenced by transmission_nodval().

double get_transmission_transcoeff_mt	(	double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

coupled boundary condition - function creates correct new nodal value on the boundary (transmission) for rhov from t

Parameters:

	bv	- value of prescribed value near the boundary
	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure on the boundary
	t	- actual temperature on the boundary
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 3014 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_hqr(), f_keff(), f_rhoa(), f_rhog(), f_tinf(), ra, probdesct::time, and Tp.

Referenced by transmission_transcoeff().

double get_transmission_transcoeff_mv	(	double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

function creates correct transfer coefficient on the boundary (transmission) for rhov

Parameters:

	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure
	t	- actual temperature
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2728 of file glasgowmat.cpp.

References f_beta(), f_tinf(), probdesct::time, and Tp.

Referenced by transmission_transcoeff().

double get_transmission_transcoeff_tt	(	double	t,
		double	pg,
		double	rhov,
		long	bc,
		long	ipp
	)

function creates correct transfer coefficient on the boundary (transmission) for t

Parameters:

	rhov	- actual water vapour concentration
	pg	- actual capillary gas pressure
	t	- actual temperature
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2882 of file glasgowmat.cpp.

References f_hqr(), f_tinf(), probdesct::time, and Tp.

Referenced by transmission_transcoeff().

void give_dof_names	(	namevart *	dofname,
		long	ntm
	)

returns ordered dof names

The function returns ordered dof names of primary unknowns required by the model.

Parameters:

	dofname	- array of uknown name for particular nodal dofs (output) dofname[i] = name of i-th nodal unknown (for names see aliast.h - enum namevart)
	ntm	- number of transported media = number of nodal dof = length of array dofname

Created by Tomas Krejci according to Tomas Koudelka, 16/07/2014

Definition at line 3308 of file glasgowmat.cpp.

References print_err(), trf_gas_press, trf_temperature, and trf_vapor_content.

Referenced by transmat::give_dof_names().

double kap	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2266 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_kg(), f_kk(), f_mug(), f_rhoa(), f_rhog(), and ra.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double kat	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2245 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_rhog(), and ra.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double kav	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2284 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_rhoa(), f_rhog(), ra, and rv.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double kmp	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2346 of file glasgowmat.cpp.

References f_dav(), f_fracg(), f_fracl(), f_kg(), f_kk(), f_kl(), f_le(), f_mug(), f_mul(), f_rhoa(), f_rhog(), f_rhow(), f_s(), f_sb(), model, and ra.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double kmt	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2299 of file glasgowmat.cpp.

References f_dav(), f_db(), f_dfracldt(), f_dpcdt(), f_dpordt(), f_fracg(), f_fracl(), f_kk(), f_kl(), f_le(), f_mul(), f_por(), f_rhoa(), f_rhog(), f_rhow(), f_s(), f_sb(), model, and ra.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double kmv	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2388 of file glasgowmat.cpp.

References f_dav(), f_db(), f_dfracldrhov(), f_dpcdrhov(), f_fracg(), f_fracl(), f_kk(), f_kl(), f_mul(), f_por(), f_rhoa(), f_rhog(), f_rhow(), f_s(), f_sb(), model, ra, and rv.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double ktp	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2177 of file glasgowmat.cpp.

References f_fracl(), f_kk(), f_kl(), f_le(), f_mul(), f_rhow(), f_s(), f_sb(), and model.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double ktt	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2128 of file glasgowmat.cpp.

References f_db(), f_dfracldt(), f_dpcdt(), f_dpordt(), f_fracl(), f_keff(), f_kk(), f_kl(), f_le(), f_mul(), f_por(), f_rhow(), f_s(), f_sb(), and model.

Referenced by matcond1d(), matcond2d(), and matcond3d().

double ktv	(	double	t,
		double	pg,
		double	rhov
	)

Definition at line 2209 of file glasgowmat.cpp.

References f_db(), f_dfracldrhov(), f_dpcdrhov(), f_fracl(), f_kk(), f_kl(), f_le(), f_mul(), f_por(), f_rhow(), f_s(), f_sb(), and model.

Referenced by matcond1d(), matcond2d(), and matcond3d().

void matcap	(	double &	c,
		long	ri,
		long	ci,
		long	ipp
	)

function creates capacity matrix of the material

Parameters:

	c	- capacity matrix of the material
	ri	- row index
	ci	- column index
	ipp	- number of integration point

Definition at line 217 of file glasgowmat.cpp.

References intpointst::av, cap(), cat(), cav(), cmp(), cmt(), cmv(), ctp(), ctt(), ctv(), transmat::ip, and Tm.

Referenced by med3::matcap().

void matcond	(	matrix &	d,
		long	ri,
		long	ci,
		long	ipp
	)

function computes conductivity matrix of the material in the required integration point

Parameters:

	d	- conductivity matrix of material
	ri	- row index
	ci	- column index
	ipp	- number of integration point

Definition at line 48 of file glasgowmat.cpp.

References matcond1d(), matcond2d(), matcond3d(), and matrix::n.

Referenced by med3::matcond().

void matcond1d	(	matrix &	d,
		long	ri,
		long	ci,
		long	ipp
	)

function creates conductivity matrix of the material for 1D problems

Parameters:

	d	- conductivity matrix of the material
	ri	- row index
	ci	- column index
	ipp	- number of integration point

Definition at line 82 of file glasgowmat.cpp.

References intpointst::av, transmat::ip, kap(), kat(), kav(), kmp(), kmt(), kmv(), ktp(), ktt(), ktv(), and Tm.

Referenced by matcond().

void matcond2d	(	matrix &	d,
		long	ri,
		long	ci,
		long	ipp
	)

function creates conductivity matrix of the material for 2D problems

Parameters:

	d	- conductivity matrix of the material
	ri	- row index
	ci	- column index
	ipp	- number of integration point

Definition at line 124 of file glasgowmat.cpp.

References intpointst::av, fillm(), transmat::ip, kap(), kat(), kav(), kmp(), kmt(), kmv(), ktp(), ktt(), ktv(), and Tm.

Referenced by matcond().

void matcond3d	(	matrix &	d,
		long	ri,
		long	ci,
		long	ipp
	)

function creates conductivity matrix of the material for 3D problems

Parameters:

	d	- conductivity matrix of the material
	ri	- row index
	ci	- column index
	ipp	- number of integration point

Definition at line 170 of file glasgowmat.cpp.

References intpointst::av, fillm(), transmat::ip, kap(), kat(), kav(), kmp(), kmt(), kmv(), ktp(), ktt(), ktv(), and Tm.

Referenced by matcond().

void print ( FILE * out )

Definition at line 259 of file glasgowmat.cpp.

References alph, crhoair, emmi, hq, k0, pginf, por0, rhoc, rhol0, rhos, rhov0, sssp, t0, and tfirestart.

Referenced by transmat::printmatchar().

void print_othervalue_name	(	FILE *	out,
		long	compother
	)

function prints names of all variables in nodes

Parameters:

	out	- output file
	compother	- number of other components

Definition at line 3252 of file glasgowmat.cpp.

Referenced by med3::print_othervaluesnames().

void read ( XFILE * in )

Definition at line 251 of file glasgowmat.cpp.

References alph, crhoair, emmi, hq, k0, pginf, por0, rhoc, rhol0, rhos, rhov0, sssp, t0, tfirestart, and xfscanf().

Referenced by transmat::readmattype().

double transmission_flux	(	double	nodval,
		double	trc2,
		long	ri,
		long	ci,
		long	nn,
		long	bc,
		long	ipp
	)

function computes flux (for transmission_vector) for boundary condition (third kind of boundary condition)

Parameters:

	nodval	- prescribed nodal value
	trc2	- second prescribed transmission coefficient on the boundary, if is needed (for example heat radiation coef.)
	ri	- row index
	ci	- column index
	nn	- number of node
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2675 of file glasgowmat.cpp.

References flux, get_transmission_flux_mt(), get_transmission_flux_mv(), get_transmission_flux_tt(), pvalt::getval(), gtopology::give_dof(), Gtt, transbclc::lc, lhsrhst::lhs, lhsrhst::lhsi, Lsrst, loadcaset::pv, and Tb.

Referenced by med3::transmission_flux().

double transmission_nodval	(	double	nodval,
		double	trc2,
		long	ri,
		long	ci,
		long	nn,
		long	bc,
		long	ipp
	)

function computes new nodal value (for transmission_vector) for boundary condition (third kind of boundary condition)

Parameters:

	nodval	- prescribed nodal value
	trc2	- second prescribed transmission coefficient on the boundary, if is needed (for example heat radiation coef.)
	ri	- row index
	ci	- column index
	nn	- number of node
	bc	- type of boundary condition
	ipp	- number of first integration point on element

Definition at line 2618 of file glasgowmat.cpp.

References get_transmission_nodval_mt(), get_transmission_nodval_mv(), get_transmission_nodval_tt(), pvalt::getval(), gtopology::give_dof(), Gtt, transbclc::lc, lhsrhst::lhs, lhsrhst::lhsi, Lsrst, loadcaset::pv, and Tb.

Referenced by med3::transmission_nodval().

double transmission_transcoeff	(	double	trc,
		long	ri,
		long	ci,
		long	nn,
		long	bc,
		long	ipp
	)

function computes new transmission coefficient (for transmission_vector) for boundary condition (third kind of boundary condition)

Parameters:

	trc	- prescribed transmission coefficient on the boundary
	ri	- row index
	ci	- column index
	nn	- number of node
	bc	- type of boundary condition
	ipp	- number of first integration point on element