OpenTissue::sph::IdealGas< real_type > Class Template Reference

#include <sph_idealgas.h>

List of all members.

Public Member Functions
real_type	mol (real_type P, real_type V, real_type T) const
real_type	mol (real_type V, real_type molar_volume) const
real_type	molekyles (real_type P, real_type V, real_type T) const
real_type	mass (real_type mol, real_type molar_mass) const
real_type	celsius (real_type K) const
real_type	kelvin (real_type C) const
real_type	bar (real_type Pa) const
real_type	Pa (real_type bar) const
real_type	kPa (real_type Pa) const
real_type	molar_mass (real_type rho, real_type V, real_type mol) const

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Detailed Description

template<typename real_type>
class OpenTissue::sph::IdealGas< real_type >

Implements the Ideal Gas. Govering equation is:

P V = n R T

Some numbers:

Molare volume of water: V_m = 0.000055 m^3 / mol Molar mass of water: m_m = 0.018 Kg/mol

Some units:

Newton: N = Kg m/s^2 (Unit of force mass-acceleration) Joule: J = Kg m^2 / s^2 = N m (The energy equivalent to dragging a one kilogram mass a distance of one meter). Pascal : Pa = N/m^2

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Member Function Documentation

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::bar

(

real_type

Pa

)

const [inline]

Unit conversion Bar to Pascal

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::celsius

(

real_type

K

)

const [inline]

Temparature unit-conversion.

Parameters:

K

temparture in Kelvin

Returns:

temparature in Celsius

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::kelvin

(

real_type

C

)

const [inline]

Temparature unit-conversion.

Parameters:

C

temparture in Celsius

Returns:

temparature in Kelvin

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::kPa

(

real_type

Pa

)

const [inline]

Unit conversion Pa to kPa

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::mass	(	real_type	mol,
		real_type	molar_mass
	)			const [inline]

Compute Mass

Parameters:

	mol	The number of mol.
	molar_mass	The molar mass of the gas (Kg/mol).

Returns:

The total mass (Kg)

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::mol	(	real_type	P,
		real_type	V,
		real_type	T
	)			const [inline]

Compute mol.

Solves

P V n = ------- R T

Parameters:

	P	Pressure (N/m^2)
	V	Volume (m^3)
	T	Temparature (K)

Returns:

The number of mol.

< Gas constant 8.314510 (J /mol K)

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::mol	(	real_type	V,
		real_type	molar_volume
	)			const [inline]

Compute mol.

Parameters:

	V	Volume (m^3)
	Vm	Molar volume (m^3/mol)

Returns:

The number of mol.

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::molar_mass	(	real_type	rho,
		real_type	V,
		real_type	mol
	)			const [inline]

Compute molar mass.

Parameters:

	rho	Density (Kg/m^3)
	V	Volume (m^3)
	mol	mol

return The molar mass (Kg/mol)

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::molekyles	(	real_type	P,
		real_type	V,
		real_type	T
	)			const [inline]

Compute Molekyles

Parameters:

	P	Pressure (N/m^2)
	V	Volume (m^3)
	T	Temparature (K)

Returns:

The number of molekyles.

< Avogadros number 6.0221367 10^23 1/mol, number of molecyles per mol.

template<typename real_type>

real_type OpenTissue::sph::IdealGas< real_type >::Pa

(

real_type

bar

)

const [inline]

Unit conversion Bar to Pascal

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

• /home/hauberg/Dokumenter/Capture/humim-tracker-0.1/src/OpenTissue/OpenTissue/dynamics/sph/sph_idealgas.h