Foam::diameterModels Namespace Reference

Namespaces
	binaryBreakupModels
	breakupModels
	coalescenceModels
	daughterSizeDistributionModels
	driftModels
	IATEsources
	nucleationModels
	shapeModels

Classes
class	constant
	Constant dispersed-phase particle diameter model. More...
class	fixedInterfacialArea
	fixedInterfacialArea dispersed-phase diameter model. The interfacial are is set by providing phase surface area divided by phase volume, AvbyAlpha, either as a constant value or as a field. More...
class	IATE
	IATE (Interfacial Area Transport Equation) bubble diameter model. More...
class	IATEsource
	IATE (Interfacial Area Transport Equation) bubble diameter model run-time selectable sources. More...
class	isothermal
	Isothermal dispersed-phase particle diameter model. More...
class	linearTsub
class	noDiameter
	Diameter model for purely continuous phases. More...
class	residualDiameter
	A diameter model which switches form constant diameter to constant residual diameter when the volume fraction of the phase is below residualAlpha. More...
class	spherical
	Base class for models which represent spherical diameter models, providing a common implementation of surface area per unit volume. More...
class	binaryBreakupModel
	Base class for binary breakup models that provide a breakup rate between a size class pair directly, i.e. without explicitly stating the daughter size distribution function. More...
class	LiaoBase
	Base class for coalescence and breakup models of Liao et al. (2015). More...
class	breakupModel
	Base class for breakup models which provide a total breakup rate and a separate daughter size distribution function. More...
class	coalescenceModel
	Base class for coalescence models. More...
class	daughterSizeDistributionModel
	Base class for daughter size distribution models. Currently only supports field-independent formulations. More...
class	SecondaryPropertyModel
	Base class for modeling evolution of secondary representative properties of a size class. By default, transport between size classes due to coalescence, breakup and drift conserve the property. This behaviour can be overridden in a derived class. More...
class	shapeModel
	Base class for modelling the shape of the particles belonging to a size class through alternative diameters, e.g. a collisional diameter, which can then be utilised in population balance submodels, e.g. for modelling fractal aggregation. More...
class	sizeGroup
	Single size class fraction field representing a fixed particle volume as defined by the user through the corresponding sphere equivalent diameter. More...
class	velocityGroup
	Computes the Sauter mean diameter based on a user specified size distribution, defined in terms of size class fractions. Intended for use with a population balance model to account for the evolution of a size distribution by means of coalescence, breakup, drift and nucleation. More...
class	driftModel
	Base class for drift models. More...
class	nucleationModel
	Base class for nucleation models. More...
class	populationBalanceModel
	Model for tracking the evolution of a dispersed phase size distribution due to coalescence (synonymous with coagulation, aggregation, agglomeration) and breakup events as well as density or phase changes. Provides an approximate solution of the population balance equation by means of a class method. The underlying theory is described in the article of Lehnigk et al. (2021). More...

Functions
	defineTypeNameAndDebug (constant, 0)
	addToRunTimeSelectionTable (diameterModel, constant, dictionary)
	defineTypeNameAndDebug (fixedInterfacialArea, 0)
	addToRunTimeSelectionTable (diameterModel, fixedInterfacialArea, dictionary)
	defineTypeNameAndDebug (IATE, 0)
	addToRunTimeSelectionTable (diameterModel, IATE, dictionary)
	defineTypeNameAndDebug (IATEsource, 0)
	defineRunTimeSelectionTable (IATEsource, dictionary)
	defineTypeNameAndDebug (isothermal, 0)
	addToRunTimeSelectionTable (diameterModel, isothermal, dictionary)
	defineTypeNameAndDebug (linearTsub, 0)
	addToRunTimeSelectionTable (diameterModel, linearTsub, dictionary)
	defineTypeNameAndDebug (noDiameter, 0)
	addToRunTimeSelectionTable (diameterModel, noDiameter, dictionary)
	defineTypeNameAndDebug (residualDiameter, 0)
	addToRunTimeSelectionTable (diameterModel, residualDiameter, dictionary)
	defineTypeNameAndDebug (spherical, 0)
	defineTypeNameAndDebug (binaryBreakupModel, 0)
	defineRunTimeSelectionTable (binaryBreakupModel, dictionary)
	defineTypeNameAndDebug (breakupModel, 0)
	defineRunTimeSelectionTable (breakupModel, dictionary)
	defineTypeNameAndDebug (coalescenceModel, 0)
	defineRunTimeSelectionTable (coalescenceModel, dictionary)
	defineTypeNameAndDebug (daughterSizeDistributionModel, 0)
	defineRunTimeSelectionTable (daughterSizeDistributionModel, dictionary)
	defineTypeNameAndDebug (shapeModel, 0)
	defineRunTimeSelectionTable (shapeModel, dictionary)
	defineTypeNameAndDebug (velocityGroup, 0)
	addToRunTimeSelectionTable (diameterModel, velocityGroup, dictionary)
	defineTypeNameAndDebug (driftModel, 0)
	defineRunTimeSelectionTable (driftModel, dictionary)
	defineTypeNameAndDebug (nucleationModel, 0)
	defineRunTimeSelectionTable (nucleationModel, dictionary)
	defineTypeNameAndDebug (populationBalanceModel, 0)

Function Documentation

defineTypeNameAndDebug() [1/18]

Foam::diameterModels::defineTypeNameAndDebug	(	constant	,
		0
	)

addToRunTimeSelectionTable() [1/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		constant	,
		dictionary
	)

defineTypeNameAndDebug() [2/18]

Foam::diameterModels::defineTypeNameAndDebug	(	fixedInterfacialArea	,
		0
	)

addToRunTimeSelectionTable() [2/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		fixedInterfacialArea	,
		dictionary
	)

defineTypeNameAndDebug() [3/18]

Foam::diameterModels::defineTypeNameAndDebug	(	IATE	,
		0
	)

addToRunTimeSelectionTable() [3/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		IATE	,
		dictionary
	)

defineTypeNameAndDebug() [4/18]

Foam::diameterModels::defineTypeNameAndDebug	(	IATEsource	,
		0
	)

defineRunTimeSelectionTable() [1/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	IATEsource	,
		dictionary
	)

defineTypeNameAndDebug() [5/18]

Foam::diameterModels::defineTypeNameAndDebug	(	isothermal	,
		0
	)

addToRunTimeSelectionTable() [4/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		isothermal	,
		dictionary
	)

defineTypeNameAndDebug() [6/18]

Foam::diameterModels::defineTypeNameAndDebug	(	linearTsub	,
		0
	)

addToRunTimeSelectionTable() [5/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		linearTsub	,
		dictionary
	)

defineTypeNameAndDebug() [7/18]

Foam::diameterModels::defineTypeNameAndDebug	(	noDiameter	,
		0
	)

addToRunTimeSelectionTable() [6/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		noDiameter	,
		dictionary
	)

defineTypeNameAndDebug() [8/18]

Foam::diameterModels::defineTypeNameAndDebug	(	residualDiameter	,
		0
	)

addToRunTimeSelectionTable() [7/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		residualDiameter	,
		dictionary
	)

defineTypeNameAndDebug() [9/18]

Foam::diameterModels::defineTypeNameAndDebug	(	spherical	,
		0
	)

defineTypeNameAndDebug() [10/18]

Foam::diameterModels::defineTypeNameAndDebug	(	binaryBreakupModel	,
		0
	)

defineRunTimeSelectionTable() [2/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	binaryBreakupModel	,
		dictionary
	)

defineTypeNameAndDebug() [11/18]

Foam::diameterModels::defineTypeNameAndDebug	(	breakupModel	,
		0
	)

defineRunTimeSelectionTable() [3/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	breakupModel	,
		dictionary
	)

defineTypeNameAndDebug() [12/18]

Foam::diameterModels::defineTypeNameAndDebug	(	coalescenceModel	,
		0
	)

defineRunTimeSelectionTable() [4/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	coalescenceModel	,
		dictionary
	)

defineTypeNameAndDebug() [13/18]

Foam::diameterModels::defineTypeNameAndDebug	(	daughterSizeDistributionModel	,
		0
	)

defineRunTimeSelectionTable() [5/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	daughterSizeDistributionModel	,
		dictionary
	)

defineTypeNameAndDebug() [14/18]

Foam::diameterModels::defineTypeNameAndDebug	(	shapeModel	,
		0
	)

defineRunTimeSelectionTable() [6/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	shapeModel	,
		dictionary
	)

defineTypeNameAndDebug() [15/18]

Foam::diameterModels::defineTypeNameAndDebug	(	velocityGroup	,
		0
	)

addToRunTimeSelectionTable() [8/8]

Foam::diameterModels::addToRunTimeSelectionTable	(	diameterModel	,
		velocityGroup	,
		dictionary
	)

defineTypeNameAndDebug() [16/18]

Foam::diameterModels::defineTypeNameAndDebug	(	driftModel	,
		0
	)

defineRunTimeSelectionTable() [7/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	driftModel	,
		dictionary
	)

defineTypeNameAndDebug() [17/18]

Foam::diameterModels::defineTypeNameAndDebug	(	nucleationModel	,
		0
	)

defineRunTimeSelectionTable() [8/8]

Foam::diameterModels::defineRunTimeSelectionTable	(	nucleationModel	,
		dictionary
	)

defineTypeNameAndDebug() [18/18]

Foam::diameterModels::defineTypeNameAndDebug	(	populationBalanceModel	,
		0
	)