Assume the following analogy between the acoustic quantities and the electromagnetic quantities. More...

#include <AcousticProperty.hpp>

Inheritance diagram for AcousticProperty:

Public Member Functions
	AcousticProperty ()
	Acoustic properties of water.
	AcousticProperty (const std::string &name)
	AcousticProperty (const double bulk_modulus, const double density, const double conductive_loss)
	AcousticProperty (Material *m, const double phase_velocity, const double density, const double attn=0)
	AcousticProperty (const AcousticProperty &the_property)
AcousticProperty &	operator= (const AcousticProperty &the_property)
AcousticProperty *	clone () const
void	print () const
	Print the parameters associated with the material.
	~AcousticProperty ()
virtual double	getBulkModulus () const
	Acoustic properties.
virtual double	getDensity () const
	Acoustic properties.
virtual double	getAcousticConductivity () const
virtual double	getAcousticPhaseVelocity (const double freq) const
	Acoustic properties.
virtual double	getAcousticWavelength (const double freq) const
	Acoustic properties.
virtual double	getAbsorptionDepth (const double freq) const
virtual std::complex< double >	getAcousticWaveNumber (const double freq) const
	Acoustic properties.
virtual std::complex< double >	getAcousticImpedance (const double freq) const
	Acoustic properties.
virtual double	getEquivalentBulkModulus (const double freq) const
virtual double	getEquivalentConductivity (const double freq) const
Public Member Functions inherited from MaterialDecorator
	MaterialDecorator ()
	MaterialDecorator (Material *m)
	MaterialDecorator (const MaterialDecorator &the_decorator)
MaterialDecorator &	operator= (const MaterialDecorator &the_decorator)
bool	operator== (const Material &m) const
	The objects need to be equality-comparable to be used with the Flyweight pattern.
virtual	~MaterialDecorator ()
virtual double	getYoungsModulus () const
	Elastic properties.
virtual double	getLameFirst () const
	Elastic properties, represented by $\lambda$ .
virtual double	getShearModulus () const
	Elastic properties, represented by $\mu$ or .
virtual double	getThermalConductivity () const
	Thermal properties.
virtual double	getSpecificHeat () const
	Thermal properties.
virtual double	getThermalExpansion () const
	Thermal properties.
virtual double	getElectricConductivity () const
	Electromagnetic properties.
virtual double	getRelativePermittivity () const
	Electromagnetic properties.
virtual double	getMagneticConductivity () const
	Electromagnetic properties.
virtual double	getRelativePermeability () const
	Electromagnetic properties.
virtual double	getElectromagneticPhaseVelocity (const double frequency) const
	Electromagnetic properties.
virtual double	getElectromagneticWavelength (const double frequency) const
	Electromagnetic properties.
virtual std::complex< double >	getElectromagneticWaveNumber (const double frequency) const
	Electromagnetic properties.
virtual std::complex< double >	getElectromagneticImpedance (const double frequency) const
	Electromagnetic properties.
Public Member Functions inherited from Material
virtual	~Material ()

Static Public Member Functions
static double	getConductivityFromAttenuation (const double freq, const double attn, const double bulk_modulus, const double density)
	The attenuation is frequently specified for acoustic medium.

Protected Attributes
double	K
	phase velocity (m/s)
double	rho
	density (kg/m^3)
double	xi
	conductive loss
Protected Attributes inherited from MaterialDecorator
Material *	material

Detailed Description

Assume the following analogy between the acoustic quantities and the electromagnetic quantities.

$\epsilon$ corresponds to $\frac{1}{K}+\frac{\xi}{j\omega}$ and $\mu$ corresponds to $\rho + \frac{\xi^\ast}{j\omega}$ .

Constructor & Destructor Documentation

AcousticProperty::AcousticProperty ( )

Acoustic properties of water.

AcousticProperty::AcousticProperty ( const std::string & name )

AcousticProperty::AcousticProperty	(	const double	bulk_modulus,
		const double	density,
		const double	conductive_loss
	)

AcousticProperty::AcousticProperty	(	Material *	m,
		const double	phase_velocity,
		const double	density,
		const double	attn = `0`
	)

AcousticProperty::AcousticProperty ( const AcousticProperty & the_property )

AcousticProperty::~AcousticProperty ( )

Member Function Documentation

AcousticProperty * AcousticProperty::clone ( ) const

virtual

Reimplemented from MaterialDecorator.

Reimplemented in HNAcousticProperty.

double AcousticProperty::getAbsorptionDepth ( const double freq ) const

virtual

double AcousticProperty::getAcousticConductivity ( ) const

virtual

Reimplemented from MaterialDecorator.

std::complex< double > AcousticProperty::getAcousticImpedance ( const double frequency ) const

virtual

Acoustic properties.

Reimplemented from MaterialDecorator.

Reimplemented in HNAcousticProperty.

double AcousticProperty::getAcousticPhaseVelocity ( const double frequency ) const

virtual

Acoustic properties.

Reimplemented from MaterialDecorator.

double AcousticProperty::getAcousticWavelength ( const double frequency ) const

virtual

Acoustic properties.

Reimplemented from MaterialDecorator.

std::complex< double > AcousticProperty::getAcousticWaveNumber ( const double frequency ) const

virtual

Acoustic properties.

Reimplemented from MaterialDecorator.

Reimplemented in HNAcousticProperty.

double AcousticProperty::getBulkModulus ( ) const

virtual

Acoustic properties.

Reimplemented from MaterialDecorator.

double AcousticProperty::getConductivityFromAttenuation	(	const double	freq,
		const double	attn,
		const double	bulk_modulus,
		const double	density
	)

static

The attenuation is frequently specified for acoustic medium.

This function calculate the conductive loss from attenuation. Its returned value can be used to instantiate an AcousticProperty object.

Parameters

freq	(Hz)
attn	(dB/m)
bulk_modulus	(Pa)
density	(m/kg^{-3})

double AcousticProperty::getDensity ( ) const

virtual

Acoustic properties.

Reimplemented from MaterialDecorator.

double AcousticProperty::getEquivalentBulkModulus ( const double freq ) const

virtual

Returns: Return AcousticProperty::K for all frequencies. When this function is overriden in the child class, its return value is frequency dependent due to the dispersion model.

Reimplemented in HNAcousticProperty.

double AcousticProperty::getEquivalentConductivity ( const double freq ) const

virtual

Returns: Return AcousticProperty::xi for all frequencies. When this function is overriden in the child class, its return value is frequency dependent due to the dispersion model.

Reimplemented in HNAcousticProperty.

AcousticProperty & AcousticProperty::operator= ( const AcousticProperty & the_property )

void AcousticProperty::print ( ) const

virtual

Print the parameters associated with the material.

Reimplemented from MaterialDecorator.

Reimplemented in HNAcousticProperty.

Member Data Documentation

double AcousticProperty::K

protected

phase velocity (m/s)

double AcousticProperty::rho

protected

density (kg/m^3)

double AcousticProperty::xi

protected

conductive loss

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

include/AcousticProperty.hpp
src/AcousticProperty.cpp

Public Member Functions

Static Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation