Represents a mesh node for calculations using the mixture theory. More...

#include <NodeMixture.h>

Inheritance diagram for NodeMixture:

Collaboration diagram for NodeMixture:

[legend]

Public Member Functions
	NodeMixture ()
	Default constructor.

virtual	~NodeMixture ()
	Default destructor.

virtual void	resetValues ()
	Delete all values stored in node.

virtual void	addMassFluid (double fluid_mass_increment)
	Add fluid mass increment to the nodal mass.

virtual void	addMomentumFluid (const Vector3d &fluid_momentum_increment)
	Add fluid momentum increment to the nodal momentum of fluid.

virtual void	addInternalForceFluid (const Vector3d &internal_force_fluid_increment)
	Add a internal force increment of fluid to the nodal internal force.

virtual void	addExternalForceFluid (const Vector3d &external_force_fluid_increment)
	Add a external force of fluid increment to the nodal external force.

virtual void	setMomentumFluid (const Vector3d &nodal_momentum_fluid)
	Configure the nodal momentum of fluid phase.

virtual const Vector3d *	getMomentumFluid () const
	Return the nodal momentum of fluid phase.

virtual void	updateTotalForce ()
	Calculate the total nodal force.

virtual void	updateDampingForce ()
	Calculate the damping nodal force.

virtual void	setTotalForceFluid (const Vector3d &total_nodal_force_fluid)
	Configure the total nodal force in fluid phase.

virtual const Vector3d *	getTotalForceFluid () const
	Return the nodal total force of fluid phase.

virtual void	integrateMomentum (double dt)

virtual double	getMassFluid () const
	Return the nodal mass of fluid phase.

virtual void	updateVelocity ()
	Update nodal velocity of mixture.

virtual const Vector3d *	getVelocityFluid () const
	Return the nodal velocity of fluid phase.

Public Member Functions inherited from Node
virtual	~Node ()
	Default destructor.

	Node ()
	Default constructor.

void	setId (int node_id)
	Configure node identification.

void	setActive (bool node_activate)
	Configure the active state on the node.

void	setCoordinates (const Vector3d &nodal_coordinates)
	Configure the nodal coordinates.

void	setVelocity (const Vector3d &nodal_velocity)
	Configure the nodal velocity.

void	setMomentum (const Vector3d &nodal_momentum)
	Configure the nodal momentum.

void	setTotalForce (const Vector3d &total_nodal_force)
	Configure the total nodal force.

int	getId () const
	Return the nodal identification.

bool	getActive () const
	Return the activate state of the node.

double	getMass () const
	Return the nodal mass.

const Vector3d &	getCoordinates () const
	Return the nodal coordinates.

const Vector3d &	getMomentum () const
	Return the nodal momentum.

Vector3d &	getMomentumRef ()
	Return a reference of momentum for atomic calculation.

const Vector3d &	getInternalForce () const
	Return the nodal internal force.

Vector3d &	getInternalForceRef ()
	Return a reference of internal force for atomic calculation.

const Vector3d &	getExternalForce () const
	Return the nodal external force.

Vector3d &	getExternalForceRef ()
	Return a reference of external force for atomic calculation.

const Vector3d &	getTotalForce () const
	Return the nodal total force.

const Vector3d &	getVelocity () const
	Return the nodal velocity.

void	addMass (double mass_increment)
	Add a mass increment to the nodal mass.

double &	getMassRef ()
	Get a reference of the mass.

void	addDensityLevelSet (double density_increment)
	Add a density increment to the nodal density level set.

double &	getDensityLevelSetRef ()
	Get a reference of the density level set.

void	addMomentum (const Vector3d &momentum_increment)
	Add a momentum increment to the nodal momentum.

void	addInternalForce (const Vector3d &internal_force_increment)
	Add a internal force increment to the nodal internal force.

void	addExternalForce (const Vector3d &external_force_increment)
	Add a external force increment to the nodal external force.

void	updateVelocity ()
	Update nodal velocity.

void	setDistanceLevelSet (double distance)
	Set the distance level set function value of the node.

double	getDistanceLevelSet ()
	Get the distance level set function value of the node.

double	getDensityLevelSet ()
	Get the density level set function value of the node.

void	setVolume (double volume)
	Set the nodal volume.

double	getVolume ()
	Get the nodal volume.

Private Attributes
double	massFluid
	nodal mass of fluid: \(m_I^{f}\)

Vector3d	momentumFluid
	nodal momentum of fluid: \(p_{iI}^{f}\)

Vector3d	velocityFluid
	nodal velocity of fluid: \(v_{iI}^{f}\)

Vector3d	externalForceFluid
	nodal external force of fluid: \(f_{iI}^{ext,f}\)

Vector3d	internalForceFluid
	nodal internal force of fluid: \(f_{iI}^{int,f}\)

Vector3d	dampingForceFluid
	nodal damping force of fluid: \(f_{iI}^{dmp,f}\)

Vector3d	totalForceFluid
	nodal total force of fluid: \(f_{iI}^{f}\)

Additional Inherited Members
Protected Attributes inherited from Node
bool	active
	is active node

int	id
	nodal identification

double	mass
	nodal mass: \(m_{I}\), or solid mass in two-phase calculations: \(m_{I}^{s}\)

double	volume
	nodal volume: \(V_{I}\)

double	distanceLevelSet
	distance level set function value of the node: \( d_{I}=(X_I-X_i)e_n \)

double	densityLevelSet
	density level set function value of the node: \( \rho_{I} = \sum_p V_p N_{Ip} / V_I \)

Vector3d	coordinates
	nodal coordinates: \(x_{iI}\)

Vector3d	momentum
	nodal momentum: \(p_{iI}\), or momentum in solid in two-phase calculations: \(p_{iI}^{s}\)

Vector3d	velocity
	nodal velocity: \(v_{iI}\), or velocity in solid in two-phase calculations: \(v_{iI}^{s}\)

Vector3d	externalForce
	nodal external force: \(f_{iI}^{ext}\), or external force in solid in two-phase calculations: \(f_{iI}^{ext,s}\)

Vector3d	internalForce
	nodal internal force: \(f_{iI}^{int}\), or internal force in solid in two-phase calculations: \(f_{iI}^{int,s}\)

Vector3d	dampingForce
	nodal damping force: \(f_{iI}^{dmp}\), or damping force in solid in two-phase calculations: \(f_{iI}^{dmp,s}\)

Vector3d	totalForce
	nodal total force: \(f_{iI}\), or total force in solid in two-phase calculations: \(f_{iI}^{s}\)

Detailed Description

Represents a mesh node for calculations using the mixture theory.

Constructor & Destructor Documentation

◆ NodeMixture()

NodeMixture::NodeMixture ( )

inline

Default constructor.

◆ ~NodeMixture()

virtual NodeMixture::~NodeMixture ( )

virtual

Default destructor.

Member Function Documentation

◆ addExternalForceFluid()

virtual void NodeMixture::addExternalForceFluid ( const Vector3d & external_force_fluid_increment )

inlinevirtual

Add a external force of fluid increment to the nodal external force.

Parameters

[in] external_force_fluid_increment Vector containing nodal external force increment

Reimplemented from Node.

◆ addInternalForceFluid()

virtual void NodeMixture::addInternalForceFluid ( const Vector3d & internal_force_fluid_increment )

inlinevirtual

Add a internal force increment of fluid to the nodal internal force.

Parameters

[in] internal_force_fluid_increment Vector containing nodal internal force increment of fluid

Reimplemented from Node.

◆ addMassFluid()

virtual void NodeMixture::addMassFluid ( double fluid_mass_increment )

inlinevirtual

Add fluid mass increment to the nodal mass.

Parameters

[in] fluid_mass_increment Nodal mass increment

Reimplemented from Node.

◆ addMomentumFluid()

virtual void NodeMixture::addMomentumFluid ( const Vector3d & fluid_momentum_increment )

inlinevirtual

Add fluid momentum increment to the nodal momentum of fluid.

Parameters

[in] fluid_momentum_increment Vector containing the nodal momentum increment of fluid

Reimplemented from Node.

◆ getMassFluid()

virtual double NodeMixture::getMassFluid ( ) const

inlinevirtual

Return the nodal mass of fluid phase.

Returns: Nodal mass of fluid phase

Reimplemented from Node.

◆ getMomentumFluid()

virtual const Vector3d * NodeMixture::getMomentumFluid ( ) const

inlinevirtual

Return the nodal momentum of fluid phase.

Returns: Vector containing the nodal momentum of fluid phase

Reimplemented from Node.

◆ getTotalForceFluid()

virtual const Vector3d * NodeMixture::getTotalForceFluid ( ) const

inlinevirtual

Return the nodal total force of fluid phase.

Returns: Vector containing the nodal total force of fluid phase

Reimplemented from Node.

◆ getVelocityFluid()

virtual const Vector3d * NodeMixture::getVelocityFluid ( ) const

inlinevirtual

Return the nodal velocity of fluid phase.

Returns: Vector containing the nodal velocity of fluid phase

Reimplemented from Node.

◆ integrateMomentum()

virtual void NodeMixture::integrateMomentum ( double dt )

virtual

brief Integrate momentum

Reimplemented from Node.

◆ resetValues()

void NodeMixture::resetValues ( )

inlinevirtual

Delete all values stored in node.

Reimplemented from Node.

◆ setMomentumFluid()

virtual void NodeMixture::setMomentumFluid ( const Vector3d & nodal_momentum_fluid )

inlinevirtual

Configure the nodal momentum of fluid phase.

Parameters

[in] nodal_momentum_fluid Vector containing the nodal momentum of fluid phase

Reimplemented from Node.

◆ setTotalForceFluid()

virtual void NodeMixture::setTotalForceFluid ( const Vector3d & total_nodal_force_fluid )

inlinevirtual

Configure the total nodal force in fluid phase.

Parameters

[in] total_nodal_force_fluid Vector containing the total nodal force in fluid phase

Reimplemented from Node.

◆ updateDampingForce()

virtual void NodeMixture::updateDampingForce ( )

virtual

Calculate the damping nodal force.

Reimplemented from Node.

◆ updateTotalForce()

virtual void NodeMixture::updateTotalForce ( )

virtual

Calculate the total nodal force.

Reimplemented from Node.

◆ updateVelocity()

virtual void NodeMixture::updateVelocity ( )

virtual

Update nodal velocity of mixture.

Member Data Documentation

◆ dampingForceFluid

Vector3d NodeMixture::dampingForceFluid

private

nodal damping force of fluid: \(f_{iI}^{dmp,f}\)

◆ externalForceFluid

Vector3d NodeMixture::externalForceFluid

private

nodal external force of fluid: \(f_{iI}^{ext,f}\)

◆ internalForceFluid

Vector3d NodeMixture::internalForceFluid

private

nodal internal force of fluid: \(f_{iI}^{int,f}\)

◆ massFluid

double NodeMixture::massFluid

private

nodal mass of fluid: \(m_I^{f}\)

◆ momentumFluid

Vector3d NodeMixture::momentumFluid

private

nodal momentum of fluid: \(p_{iI}^{f}\)

◆ totalForceFluid

Vector3d NodeMixture::totalForceFluid

private

nodal total force of fluid: \(f_{iI}^{f}\)

◆ velocityFluid

Vector3d NodeMixture::velocityFluid

private

nodal velocity of fluid: \(v_{iI}^{f}\)

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

NodeMixture.h

Public Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ NodeMixture()

◆ ~NodeMixture()

Member Function Documentation

◆ addExternalForceFluid()

◆ addInternalForceFluid()

◆ addMassFluid()

◆ addMomentumFluid()

◆ getMassFluid()

◆ getMomentumFluid()

◆ getTotalForceFluid()

◆ getVelocityFluid()

◆ integrateMomentum()

◆ resetValues()

◆ setMomentumFluid()

◆ setTotalForceFluid()

◆ updateDampingForce()

◆ updateTotalForce()

◆ updateVelocity()

Member Data Documentation

◆ dampingForceFluid

◆ externalForceFluid

◆ internalForceFluid

◆ massFluid

◆ momentumFluid

◆ totalForceFluid

◆ velocityFluid