AmbientFluid Class Reference

The AmbientFluid class is a simple container class that defines the conductivity, density, heat capacity, dynamic viscosity and velocity of a fluid used by HeatTransfer. More...

#include <ambientfluid.hpp>

Inheritance diagram for AmbientFluid:

Public Member Functions
constexpr	AmbientFluid (const double velocity, const double viscosity, const double conductivity, const double density, const double heatCapacity)
	Basic constructor that requires all material properties. More...
constexpr	AmbientFluid (const double velocity, const double viscosity, const Material &material)
	Construct from Material, velocity and viscosity. More...
double	velocity () const
	Velocity getter.
double	viscosity () const
	Viscosity getter.
Public Member Functions inherited from Material
constexpr	Material (const double conductivity, const double density, const double heatCapacity)
	Basic constructor that requires all material properties. More...
double	conductivity () const
	Conductivity getter.
double	density () const
	Density getter.
double	heatCapacity () const
	Heat capacity getter.

Static Public Attributes
static const AmbientFluid	seawater = AmbientFluid(0.1, 1.05/1000.0, Material::seawater)
	Predefined seawater.
static const AmbientFluid	air = AmbientFluid(0.1, 15.11e-6, Material::air)
	Predefined air.
Static Public Attributes inherited from Material
static const Material	concrete = Material( 2.9, 3400, 650)
	Predefined concrete.
static const Material	steel = Material(50, 7800, 590)
	Predefined steel.
static const Material	coating = Material( 0.74, 1300, 1900)
	Predefined pipe coating.
static const Material	soil = Material( 2, 2000, 1000)
	Predefined soil.
static const Material	seawater = Material( 0.571, 1020, 4187)
	Predefined seawater.
static const Material	air = Material( 0.0257, 1.225, 1012)
	Predefined air.

Private Attributes
double	m_velocity
	Fluid velocity [m/s].
double	m_viscosity
	Fluid dynamic viscosity [Pa s] = [kg/m*s].

Additional Inherited Members
Protected Attributes inherited from Material
double	m_conductivity
	Thermal conductivity [W/(m K)].
double	m_density
	Density [kg/m3].
double	m_heatCapacity
	Heat capacity at constant pressure ( \(c_p\)) [J/(kg K)].

Detailed Description

The AmbientFluid class is a simple container class that defines the conductivity, density, heat capacity, dynamic viscosity and velocity of a fluid used by HeatTransfer.

Constructor & Destructor Documentation

AmbientFluid() [1/2]

constexpr AmbientFluid::AmbientFluid ( const double  velocity, const double  viscosity, const double  conductivity, const double  density, const double  heatCapacity  )

inlineconstexpr

Basic constructor that requires all material properties.

Parameters

velocity	Fluid velocity [m/s]
viscosity	Fluid dynamic viscosity [Pa s] = [kg/m*s]
conductivity	Thermal conductivity [W/(m K)]
density	Density [kg/m3]
heatCapacity	Heat capacity at constant pressure ( \(c_p\)) [J/(kg K)]

AmbientFluid() [2/2]

constexpr AmbientFluid::AmbientFluid ( const double  velocity, const double  viscosity, const Material &  material  )

inlineconstexpr

Construct from Material, velocity and viscosity.

Parameters

velocity	Fluid velocity [m/s]
viscosity	Fluid dynamic viscosity [Pa s] = [kg/m*s]
material	Fluid Material

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

• D:/Code/transient-pipeline-flow-gh-pages/src/heattransfer/ambientfluid.hpp