A.3 Standard libraries

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The libraries with the OpenFOAM distribution are in the $FOAM_LIB/$WM_OPTIONS directory, reached quickly by typing lib at the command line. Again, the names are prefixed by lib and reasonably descriptive, e.g. incompressibleTransportModels contains the library of incompressible transport models. The library source code is typically located in the $FOAM_SRC directory, easily reached by typing src in the command line. Other libraries devoted to specific physical models for specific solvers may be located separately with the solver source code. For ease of presentation, the libraries are separated into two types:

General libraries: those that provide general classes and associated functions listed in Table A.3;
Model libraries: those that specify models used in computational continuum mechanics, listed in Table A.4, Table A.5 and Table A.6.




Library of basic OpenFOAM tools — OpenFOAM

algorithms	Algorithms
containers	Container classes
db	Database classes
dimensionedTypes	dimensioned<Type> class and derivatives
dimensionSet	dimensionSet class
fields	Field classes
global	Global settings
graph	graph class
interpolations	Interpolation schemes
matrices	Matrix classes
memory	Memory management tools
meshes	Mesh classes
primitives	Primitive classes

Finite volume method library — finiteVolume

cfdTools	CFD tools
fields	Volume, surface and patch field classes; includes boundary conditions
finiteVolume	Finite volume discretisation

fvMatrices	Matrices for finite volume solution
fvMesh	Meshes for finite volume discretisation
interpolation	Field interpolation and mapping
surfaceMesh	Mesh surface data for finite volume discretisation
volMesh	Mesh volume (cell) data for finite volume discretisation

Post-processing libraries

sampling	Tools for sampling point, line and surface field data
fieldFunctionObjects	Field function objects including field averaging, min/max, etc.
forces	Tools for post-processing force/lift/drag data with function objects
runTimePostProcessing	Image generation and manipulation using function objects
lagrangianFunctionObjects	Lagrangian cloud-based function objects
solverFunctionObjects	Solver-based function objects, e.g. adding scalar transport
utilityFunctionObjects	Utility function objects

Solution and mesh manipulation libraries

snappyMesh	Library of functionality for the snappyHexMesh utility
blockMesh	Library of functionality for the blockMesh utility
dynamicMesh	For solving systems with moving meshes
dynamicFvMesh	Library for a finite volume mesh that can move and undergo topological changes

edgeMesh	For handling edge-based mesh descriptions
fvMotionSolvers	Finite volume mesh motion solvers
ODE	Solvers for ordinary differential equations
meshTools	Tools for handling a OpenFOAM mesh
surfMesh	Library for handling surface meshes of different formats
triSurface	For handling standard triangulated surface-based mesh descriptions
topoChangerFvMesh	Topological changes functionality (largely redundant)

Lagrangian particle tracking libraries

basic	Basic Lagrangian, or particle-tracking, solution scheme
coalCombustion	Coal dust combustion modelling
distributionModels	Particle distribution function modelling
dsmc	Direct simulation Monte Carlo method modelling
intermediate	Particle-tracking kinematics, thermodynamics, multispecies reactions, particle forces, etc.
molecule	Molecule classes for molecular dynamics
molecularMeasurements	For making measurements in molecular dynamics
potential	Intermolecular potentials for molecular dynamics
solidParticle	Solid particle implementation
spray	Liquid spray and injection modelling


Miscellaneous libraries

conversion	Tools for mesh and data conversions
decompositionMethods	Tools for domain decomposition
engine	Tools for engine calculations
fileFormats	Core routines for reading/writing data in some third-party formats
genericFvPatchField	A generic patch field
MGridGenGAMGAgglomeration	Library for cell agglomeration using the MGridGen algorithm
pairPatchAgglomeration	Primitive pair patch agglomeration method
OSspecific	Operating system specific functions
randomProcesses	Tools for analysing and generating random processes

Parallel libraries

distributed	Tools for searching and IO on distributed surfaces
reconstruct	Mesh/field reconstruction library
scotchDecomp	Scotch domain decomposition library
ptsotchDecomp	PTScotch domain decomposition library

Table A.3: Shared object libraries for general use.



Basic thermophysical models — basicThermophysicalModels

hePsiThermo	General thermophysical model calculation based on enthalpy $h \relax \special {t4ht=$ or internal energy $e \relax \special {t4ht=$ , and compressibility $ψ \relax \special {t4ht=$
heRhoThermo	General thermophysical model calculation based on enthalpy $h \relax \special {t4ht=$ or internal energy $e \relax \special {t4ht=$ , and density $ρ \relax \special {t4ht=$

pureMixture	General thermophysical model calculation for passive gas mixtures


Reaction models — reactionThermophysicalModels

hePsiMixtureThermo	Calculates enthalpy for combustion mixture based on enthalpy $h \relax \special {t4ht=$ or internal energy $e \relax \special {t4ht=$ , and $ψ \relax \special {t4ht=$
heRhoMixtureThermo	Calculates enthalpy for combustion mixture based on enthalpy $h \relax \special {t4ht=$ or internal energy $e \relax \special {t4ht=$ , and $ρ \relax \special {t4ht=$
heheuMixtureThermo	Calculates enthalpy $h \relax \special {t4ht=$ or internal energy $e \relax \special {t4ht=$ for unburnt $u \relax \special {t4ht=$ gas and combustion mixture

homogeneousMixture	Combustion mixture based on normalised fuel mass fraction $b \relax \special {t4ht=$
inhomogeneousMixture	Combustion mixture based on $b \relax \special {t4ht=$ and total fuel mass fraction $ft \relax \special {t4ht=$
veryInhomogeneousMixture	Combustion mixture based on $b \relax \special {t4ht=$ , $ft \relax \special {t4ht=$ and unburnt fuel mass fraction $fu \relax \special {t4ht=$
dieselMixture	Combustion mixture based on $ft \relax \special {t4ht=$ and $fu \relax \special {t4ht=$
basicMultiComponentMixture	Basic mixture based on multiple components
multiComponentMixture	Derived mixture based on multiple components
reactingMixture	Combustion mixture using thermodynamics and reaction schemes
egrMixture	Exhaust gas recirculation mixture



Radiation models — radiationModels

fvDOM	Finite volume discrete ordinate method
P1	P1 model
solarLoad	Solar load radiation model
viewFactor	View factor radiation model

Laminar flame speed models — laminarFlameSpeedModels

constLaminarFlameSpeed	Constant laminar flame speed
GuldersLaminarFlameSpeed	Gulder’s laminar flame speed model
GuldersEGRLaminarFlameSpeed	Gulder’s laminar flame speed model with exhaust gas recirculation modelling

Barotropic compressibility models — barotropicCompressibilityModels

linear	Linear compressibility model
Chung	Chung compressibility model
Wallis	Wallis compressibility model

Thermophysical properties of gaseous species — specie

icoPolynomial	Incompressible polynomial equation of state, e.g. for liquids

perfectGas	Perfect gas equation of state
eConstThermo	Constant specific heat $cp \relax \special {t4ht=$ model with evaluation of internal energy $e \relax \special {t4ht=$ and entropy $s \relax \special {t4ht=$
hConstThermo	Constant specific heat $c p \relax \special {t4ht=$ model with evaluation of enthalpy $h \relax \special {t4ht=$ and entropy $s \relax \special {t4ht=$
hPolynomialThermo	$cp \relax \special {t4ht=$ evaluated by a function with coefficients from polynomials, from which $h \relax \special {t4ht=$ , $s \relax \special {t4ht=$ are evaluated
janafThermo	$cp \relax \special {t4ht=$ evaluated by a function with coefficients from JANAF thermodynamic tables, from which $h \relax \special {t4ht=$ , $s \relax \special {t4ht=$ are evaluated
specieThermo	Thermophysical properties of species, derived from $cp \relax \special {t4ht=$ , $h \relax \special {t4ht=$ and/or $s \relax \special {t4ht=$
constTransport	Constant transport properties
polynomialTransport	Polynomial based temperature-dependent transport properties
sutherlandTransport	Sutherland’s formula for temperature-dependent transport properties

Functions/tables of thermophysical properties — thermophysicalFunctions

NSRDSfunctions	National Standard Reference Data System (NSRDS) - American Institute of Chemical Engineers (AICHE) data compilation tables
APIfunctions	American Petroleum Institute (API) function for vapour mass diffusivity

Chemistry model — chemistryModel

chemistryModel	Chemical reaction model
chemistrySolver	Chemical reaction solver

Other libraries

liquidProperties	Thermophysical properties of liquids

liquidMixtureProperties	Thermophysical properties of liquid mixtures
basicSolidThermo	Thermophysical models of solids
solid	Thermodynamics of solid species
SLGThermo	Thermodynamic package for solids, liquids and gases
solidProperties	Thermophysical properties of solids
solidMixtureProperties	Thermophysical properties of solid mixtures
thermalPorousZone	Porous zone definition based on cell zones that includes terms for energy equations

Table A.4: Libraries of thermophysical models.



RAS turbulence models — RASModels

laminar	Dummy turbulence model for laminar flow
kEpsilon	Standard $k − ε \relax \special {t4ht=$ model
kOmega	$k − ω \relax \special {t4ht=$ model
kOmegaSST	$k − ω − SST \relax \special {t4ht=$ model
kOmegaSSTLM	Langtry-Menter 4-equation transitional SST model
kOmegaSSTSAS	$k − ω − SST − SAS \relax \special {t4ht=$ model
LaunderSharmaKE	Launder-Sharma low- $Re \relax \special {t4ht=$ $k − ε \relax \special {t4ht=$ model
LRR	Launder-Reece-Rodi RSTM
realizableKE	Realizable $k − ε \relax \special {t4ht=$ model
RNGkEpsilon	$RN G − k − ε \relax \special {t4ht=$ model
SpalartAllmaras	Spalart-Allmaras 1-eqn mixing-length model
SSG	Speziale, Sarkar and Gatski Reynolds-stress model
v2f	$v2 − f \relax \special {t4ht=$ model

Large-eddy simulation (LES) filters — LESfilters

laplaceFilter	Laplace filters
simpleFilter	Simple filter
anisotropicFilter	Anisotropic filter


Large-eddy simulation deltas — LESdeltas

PrandtlDelta	Prandtl delta
cubeRootVolDelta	Cube root of cell volume delta
maxDeltaxyz	Maximum of x, y and z; for structured hex cells only
smoothDelta	Smoothing of delta

LES turbulence models — LESModels

DeardorffDiffStress	Differential SGS Stress model
dynamicKEqn	Dynamic one equation eddy-viscosity
dynamicLagrangian	Dynamic SGS model with Lagrangian averaging
kEqn	One equation eddy-viscosity model
Smagorinsky	Smagorinsky SGS model
WALE	Wall-adapting local eddy-viscosity (WALE) model

DES turbulence models — DESModels

kOmegaSSTDES	$k − omega − SST \relax \special {t4ht=$ delayed eddy simulation (DES) model
kOmegaSSTDDES	$k − omega − SST \relax \special {t4ht=$ delayed detached eddy simulation (DDES) model
kOmegaSSTIDDES	$k − omega − SST \relax \special {t4ht=$ improved delayed detached eddy simulation (DDES) model
SpalartAllmarasDES	Spalart-Allmaras delayed eddy simulation (DES) model
SpalartAllmarasDDES	Spalart-Allmaras delayed detached eddy simulation (DDES) model

SpalartAllmarasIDDES	Spalart-Allmaras improved delayed detached eddy simulation (DDES) model

Table A.5: Libraries of RAS, DES and LES turbulence models.



Transport models for incompressible fluids — incompressibleTransportModels

Newtonian	Linear viscous fluid model
CrossPowerLaw	Cross Power law nonlinear viscous model
BirdCarreau	Bird-Carreau nonlinear viscous model
HerschelBulkley	Herschel-Bulkley nonlinear viscous model
powerLaw	Power-law nonlinear viscous model
interfaceProperties	Models for the interface, e.g. contact angle, in multiphase simulations

Miscellaneous transport modelling libraries

interfaceProperties	Calculation of interface properties
twoPhaseInterfaceProperties	Two phase interface properties models, including boundary conditions
surfaceFilmModels	Surface film models

Table A.6: Shared object libraries of transport models.

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A.3 Standard libraries

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