CappingSurface Class Reference

Capping surface geometry and integration for a coupled boundary. More...

#include <CoupledBoundaryCondition.h>

Public Member Functions
	CappingSurface ()=default
	Default constructor.
	CappingSurface (const CappingSurface &other)
	Copy constructor.
CappingSurface &	operator= (const CappingSurface &other)
	Copy assignment operator.
	CappingSurface (CappingSurface &&other) noexcept=default
	Move constructor.
CappingSurface &	operator= (CappingSurface &&other) noexcept=default
	Move assignment operator.
void	load_from_vtp (const std::string &vtp_file_path, const faceType &coupled_face, const std::string &coupled_face_name)
	Load the cap face from a VTP file.
void	init_cap_face_quadrature (const ComMod &com_mod)
	Initialize the cap face quadrature.
void	initialize_valM ()
	Initialize the cap contribution storage.
double	integrate_velocity_flux (const CapGlobalMeshState &st, bool use_Yn_velocity, consts::MechanicalConfigurationType cfg)
	Surface velocity flux through the cap using st columns indexed by cap IEN / GlobalNodeID (master / serial).
void	compute_valM (consts::MechanicalConfigurationType cfg, const CapGlobalMeshState &st) const
	Compute the cap contribution to the linear solver face (fills valM_; safe under const *this).
faceType *	face ()
	Get the cap face.
const faceType *	face () const
const Array< double > &	valM () const
	Get the cap contribution.

Detailed Description

Capping surface geometry and integration for a coupled boundary.

Constructor & Destructor Documentation

CappingSurface() [1/3]

CappingSurface::CappingSurface ( )

default

Default constructor.

CappingSurface() [2/3]

CappingSurface::CappingSurface

(

const CappingSurface &

other

)

Copy constructor.

CappingSurface() [3/3]

CappingSurface::CappingSurface ( CappingSurface &&  other )

defaultnoexcept

Move constructor.

Member Function Documentation

compute_valM()

void CappingSurface::compute_valM	(	consts::MechanicalConfigurationType	cfg,
		const CapGlobalMeshState &	st
	)		const

Compute the cap contribution to the linear solver face (fills valM_; safe under const *this).

Computes the cap contribution to the linear solver face.

Parameters

cfg	The mechanical configuration type.
st	The cap global mesh state.

face()

faceType * CappingSurface::face ( )

inline

Get the cap face.

init_cap_face_quadrature()

void CappingSurface::init_cap_face_quadrature

(

const ComMod &

com_mod

)

Initialize the cap face quadrature.

Initializes the cap face quadrature (assumes triangular elements).

Parameters

com_mod

The com_mod object.

initialize_valM()

void CappingSurface::initialize_valM

(

)

Initialize the cap contribution storage.

integrate_velocity_flux()

double CappingSurface::integrate_velocity_flux	(	const CapGlobalMeshState &	st,
		bool	use_Yn_velocity,
		consts::MechanicalConfigurationType	cfg
	)

Surface velocity flux through the cap using st columns indexed by cap IEN / GlobalNodeID (master / serial).

Integrates the velocity flux over the cap surface.

Parameters

st	The cap global mesh state.
use_Yn_velocity	Whether to use the Yn velocity.
cfg	The mechanical configuration type.

Returns

The velocity flux.

load_from_vtp()

void CappingSurface::load_from_vtp	(	const std::string &	vtp_file_path,
		const faceType &	coupled_face,
		const std::string &	coupled_face_name
	)

Load the cap face from a VTP file.

Loads the cap VTP file and creates the cap face.

Parameters

vtp_file_path	The path to the VTP file.
coupled_face	The coupled face.
coupled_face_name	The name of the coupled face.

operator=() [1/2]

CappingSurface & CappingSurface::operator= ( CappingSurface &&  other )

defaultnoexcept

Move assignment operator.

operator=() [2/2]

CappingSurface & CappingSurface::operator=

(

const CappingSurface &

other

)

Copy assignment operator.

valM()

const Array< double > & CappingSurface::valM ( ) const

inline

Get the cap contribution.

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

• solver/CoupledBoundaryCondition.h
• solver/CoupledBoundaryCondition.cpp