GroupBkk Class Reference

#include <GroupBkk.h>

Inheritance diagram for GroupBkk:

Public Member Functions
	GroupBkk (const std::vector< ParameterBkk > &bp)
	vector constructor More...
	GroupBkk (const ParameterBkk &bp1, const ParameterBkk &bp2, const ParameterBkk &bp3, const ParameterBkk &bp4, const ParameterBkk &bp5, const ParameterBkk &bp6, const ParameterBkk &bp7)
	constructor based on seven parameter set More...
Active	calculate_ (enum ParameterBkk::property p, const Active &x) const
Active	cp (const Active &x) const
Active	h (const Active &x) const
Active	s (const Active &x) const
Active	g (const Active &x) const
double	xmin (void) const
	return overall lower temperature limit in K More...
double	xmax (void) const
	return overall upper temperature limit in K More...
void	setDh0 (const Active &dh0_)
void	setCp (const Active &cp0_)

Friends
class	biomassComponent
std::ostream &	operator<< (std::ostream &os, const GroupBkk &bp)
	print temperature limits and each included parameter set to os stream More...

Detailed Description

assembly of adjacent Barin-Knacke-Kubaschewski parameter sets for pure component single phase enthalpy properties according to I.Barin O.Knacke O.Kubaschewski "Thermodynamical properties of inorganic substances" Berlin 1977

See also

ParameterBkk adjacent: the xmin should be identical to the xmax of another group, or the xmax to the xmin; no gaps allowed

#include <libpf/components/GroupBkk.h>

Remarks

Warning

Thread safe:

Extendable:

Platform dependencies:

Constructor & Destructor Documentation

GroupBkk() [1/2]

GroupBkk::GroupBkk

(

const std::vector< ParameterBkk > &

bp

)

vector constructor

GroupBkk() [2/2]

GroupBkk::GroupBkk	(	const ParameterBkk &	bp1,
		const ParameterBkk &	bp2,
		const ParameterBkk &	bp3,
		const ParameterBkk &	bp4,
		const ParameterBkk &	bp5,
		const ParameterBkk &	bp6,
		const ParameterBkk &	bp7
	)

constructor based on seven parameter set

Member Function Documentation

calculate_()

Active GroupBkk::calculate_	(	enum ParameterBkk::property	p,
		const Active &	x
	)		const

return calculated property p at temperature x within temperature limits or extrapolate it of outside limits

Parameters

p	property to calculate
x	temperature in K return calculated property p at temperature x within temperature limits or extrapolate it of outside limits
p	property to calculate
x	temperature in K

cp()

Active GroupBkk::cp

(

const Active &

x

)

const

return specific heat in J/kmol-K

Parameters

x	temperature in K

g()

Active GroupBkk::g

(

const Active &

x

)

const

return Gibbs free energy in J/kmol

Parameters

x	temperature in K

h()

Active GroupBkk::h

(

const Active &

x

)

const

return enthalpy in J/kmol

Parameters

x	temperature in K

s()

Active GroupBkk::s

(

const Active &

x

)

const

return entropy in J/kmol-K

Parameters

x	temperature in K

setCp()

void GroupBkk::setCp

(

const Active &

cp0_

)

set specific heat at the reference temperature in J/(kmol*K) only supported if the group contains only one parameter set

setDh0()

void GroupBkk::setDh0

(

const Active &

dh0_

)

set heat of formation in J/kmol only supported if the group contains only one parameter set

xmax()

double GroupBkk::xmax

(

void

)

const

return overall upper temperature limit in K

xmin()

double GroupBkk::xmin

(

void

)

const

return overall lower temperature limit in K

Friends And Related Function Documentation

biomassComponent

friend class biomassComponent

friend

operator<<

std::ostream & operator<< ( std::ostream &  os, const GroupBkk &  bp  )

friend

print temperature limits and each included parameter set to os stream

---

The documentation for this class was generated from the following file:

• GroupBkk.h