AMR-Wind. More...

Namespaces
	actuator

	ascent_int

	averaging

	burggraf

	channel_flow

	channel_map

	const_map

	ctv

	derived

	diagnostics

	enstrophy

	field_impl

	field_norms

	field_ops

	free_surface

	fvm

	gpu

	hybrid_rans_les_abl

	hydrostatic

	ib

	interp

	io

	ioutils

	kinetic_energy

	mms

	multiphase

	nodal_projection

	ocean_waves

	pde

	pde_impl

	sampling

	scalar_bc

	synth_turb

	tagging

	tioga_iface

	transport

	turbulence

	udf

	utils

	vel_bc

	vs

	wave_energy

	zds
	Multiphase Zalesak disk physics.

Classes
class	BCIface
	Abstract class that defines the interface for processing BCs. More...

class	BCVelocity
	Boundary condition initialization for velocity (ICNS momentum) field. More...

class	BCScalar
	Boundary condition initialization for scalar transport variables. More...

class	BCPressure
	Specialization of BC initialization for pressure. More...

class	BCSrcTerm
	Specialization for source terms. More...

class	BCFillPatchExtrap
	Default BC that can be applied on any field. More...

class	FixedGradientBC
	Applies a non-zero gradient at the domain boundary. More...

struct	LogLaw

struct	SimpleShearSchumann

struct	SimpleShearLogLaw

class	WallFunction
	Wall-function computations for LES simulations. More...

class	VelWallFunc
	Applies a shear-stress value at the domain boundary. More...

class	CFDSim
	Data structures for a CFD simulation. More...

class	CollMgr
	Interface to manage objects of sub-classes based on factory registration. More...

class	ExtSolver

class	ExtSolverMgr

struct	Factory
	Runtime selection of options based on string keyword lookup. More...

struct	FieldInfo
	Information common to a field that has multiple states. More...

class	Field
	Computational field. More...

class	FieldBCIface
	Interface to setup up boundary conditions on a field. More...

struct	FieldBCNoOp
	A no-op BC. More...

struct	ConstDirichlet

struct	DirichletOp
	Sets constant values on specified boundaries. More...

struct	FieldBCDirichlet

struct	BCOpCreator

class	FieldFillPatchOpsBase
	Abstract interface for classes that handle fill patch and physical boundary condition operations for multi-level AMR meshes. More...

class	FieldFillConstScalar
	Implementation that just fills a constant value on newly created grids. More...

class	FieldFillPatchOps
	Concrete implementation of filling patches and boundary conditions on multi-level AMR meshes. More...

struct	LevelDataHolder
	Object that holds the MultiFab instances at all levels for a given field. More...

class	FieldRepo
	Field Repository. More...

class	IntField
	An integer computational field. More...

class	IntScratchField
	Integer version of ScratchField that works with iMultiFab. More...

class	MeshMap
	Abstract representation of different mesh mapping models. More...

struct	MLMGOptions
	Interface to control the behavior of AMReX LinearSolvers. More...

class	PhysicsOld

class	Physics
	Abstract representation of different physics. More...

class	PhysicsMgr
	A collection of Physics models instances that are active during a simulation. More...

class	ScratchField
	A temporary computational field. More...

class	SimTime
	Time manager for simulations. More...

class	ViewField
	Subview of a Field or a ScratchField. More...

class	BCVOF
	BC interface for VOF. More...

class	helics_storage

class	OversetManager
	Overset interface manager. More...

class	OversetOps

struct	AMROversetInfo
	AMR mesh data in TIOGA format. More...

class	TiogaInterface

class	BoussinesqBubble
	Boussinesq Bubble physics. More...

class	BoussinesqBubbleFieldInit
	Initialize BoussinesqBubble fields. More...

class	EkmanSpiral
	Ekman Spiral physics. More...

class	FreeStream
	Freestream physics. More...

class	BreakingWaves
	Numerical Wave Basin physics. More...

class	DamBreak

class	MultiPhase

class	RainDrop

class	SloshingTank

class	VortexPatch

class	VortexPatchScalarVel

class	ZalesakDisk

class	RayleighTaylor
	Rayleigh Taylor physics. More...

class	RayleighTaylorFieldInit
	Initialize RayleighTaylor fields. More...

class	ScalarAdvection
	Scalar Advection physics. More...

struct	GaussianWavePacket

struct	GaussianPulseFV

struct	TwoDimGaussianPulseFV

struct	SquarePulseFV

struct	GaussianWavePacketFV

struct	SynthTurbData

struct	SynthTurbDeviceData

struct	InterpWeights
	Indices and interpolation weights for a given point located within the turbulence box. More...

class	SyntheticTurbulence

class	TaylorGreenVortex
	Taylor Green Vortex physics. More...

class	VortexDipole
	Vortex dipole Physics. More...

class	VortexRing
	Vortex ring physics. More...

struct	FatCore

struct	CollidingRings

class	DerivedQty

class	DerivedQtyMgr

class	FPlaneAveraging
	Output average of a field on planes normal to a given direction. More...

class	VelPlaneAveraging
	Specific application of FieldPlaneAveraging to the velocity field. More...

class	FPlaneAveragingFine
	Output average of a field on planes normal to a given direction. More...

class	VelPlaneAveragingFine
	Specific application of FieldPlaneAveraging to the velocity field. More...

class	IOManager
	Input/Output manager. More...

class	MultiLevelVector
	Multi-level vector. More...

class	PostProcessBase
	Abstract representation of a post-processing utility. More...

class	PostProcessManager
	A collection of post-processing instances that are active during a simulation. More...

class	SecondMomentAveraging
	Compute second moments for two variables. More...

class	CartBoxRefinement
	Static refinement with Cartesian-aligned bounding boxes. More...

class	FieldRefinement
	AMR refinement using a given field (e.g., density) More...

class	GeometryRefinement
	AMR based on geometric shapes. More...

class	OversetRefinement

class	QCriterionRefinement
	AMR refinement using Q criterion. More...

class	RefinementCriteria
	Abstract interface for tagging cells for refinement. More...

class	RefineCriteriaManager
	A collection of refinement criteria instances that are active during a simulation. More...

class	VorticityMagRefinement
	AMR refinement using vorticity. More...

class	ThirdMomentAveraging
	Compute the third moment with three fields. More...

class	ABL
	Atmospheric Boundary Layer physics. More...

class	ABLAnelastic
	Interface for ABL anelastic. More...

struct	BufferData

class	InletData
	Collection of data structures and operations for reading data. More...

class	ABLBoundaryPlane
	Interface for ABL boundary plane I/O. More...

class	ABLFieldInit
	Initialize ABL fields. More...

class	ABLFieldInitFile
	Initialize subset of ABL fields using input NetCDF file. More...

class	ABLFillInflow
	Operations to perform inflow of data from boundary planes. More...

class	ABLFillMPL
	Operations to perform inflow of data from boundary planes. More...

class	ABLMesoscaleForcing

class	ABLMesoscaleInput

class	ABLModulatedPowerLaw
	Interface for ABL modulated power law. More...

class	ABLStats

class	ABLStatsBase

class	ABLWallFunction
	Wall-function computations for LES simulations of ABL. More...

class	ABLVelWallFunc
	Applies a shear-stress value at the domain boundary. More...

class	ABLTempWallFunc

struct	MOData
	Monin-Obukhov surface layer profile. More...

struct	ShearStressConstant

struct	ShearStressLocal

struct	ShearStressSchumann

struct	ShearStressMoeng

struct	ShearStressDonelan

Typedefs
using	FieldPlaneAveraging = FPlaneAveraging< Field >

using	ScratchFieldPlaneAveraging = FPlaneAveraging< ScratchField >

using	FieldPlaneAveragingFine = FPlaneAveragingFine< Field >

using	ScratchFieldPlaneAveragingFine = FPlaneAveragingFine< ScratchField >

Enumerations
enum class	FieldState : int { NP1 = 0 , N , NM1 , NPH , NMH , New = NP1 , Old = N }
	Possible time states for a given Field instance. More...

enum class	FieldLoc : int { CELL , NODE , XFACE , YFACE , ZFACE }
	Possible locations for a field in a structured mesh. More...

enum class	FieldInterpolator : int { PiecewiseConstant , CellConsLinear , NodeBilinear , FaceDivFree , FaceLinear }
	Coarse-to-fine field interpolation options. More...

enum class	InterfaceCapturingMethod { VOF , LS }

enum class	io_mode { output , input , undefined }

enum class	ABLStatsMode : int { computed = 0 , prescribed }

Functions
template<typename FType >
void	normalize_field (FType &Field)

template void	normalize_field< Field > (Field &)

template void	normalize_field< ScratchField > (ScratchField &)

	INSTANTIATE_TURBULENCE_MODEL (Laminar)

	INSTANTIATE_TURBULENCE_MODEL (AMD)

	INSTANTIATE_TURBULENCE_MODEL (AMDNoTherm)

	INSTANTIATE_TURBULENCE_MODEL (Kosovic)

	INSTANTIATE_TURBULENCE_MODEL (OneEqKsgsM84)

	INSTANTIATE_TURBULENCE_MODEL (OneEqKsgsS94)

	INSTANTIATE_TURBULENCE_MODEL (Smagorinsky)

	INSTANTIATE_TURBULENCE_MODEL (KOmegaSST)

	INSTANTIATE_TURBULENCE_MODEL (KOmegaSSTIDDES)

AMREX_GPU_HOST_DEVICE AMREX_FORCE_INLINE int	direction_selector (const int i, const int j, const int k, const int dir)

Detailed Description

AMR-Wind.

Ascent In-situ Integration.

Multiphase Zalesak disk physics.

Multiphase vortex patch scalar velocity physics.

Multiphase vortex patch physics.

Multiphase Sloshing Tank 3D physics.

Multiphase falling raindrop physics.

Multiphase physics.

Multiphase Dam break physics.

All C++ code in AMR-Wind is organized within the amr_wind namespace.

This class implements the necessary code to simulate multiphase (air-water interaction) problems with AMR-Wind. It reads the namespace ‘MultiPhase’ from the input file to determine how the initial conditions are generated.

This test case is intended as an evaluation of the momentum advection scheme. The cell-centered velocity field is treated as a scalar, initialized as a smooth function crossing the interface. The advection velocities at the faces are prescribed as functions of time and space, and do not depend on the changing cell-centered velocity field.

Typedef Documentation

◆ FieldPlaneAveraging

using amr_wind::FieldPlaneAveraging = typedef FPlaneAveraging<Field>

◆ FieldPlaneAveragingFine

using amr_wind::FieldPlaneAveragingFine = typedef FPlaneAveragingFine<Field>

◆ ScratchFieldPlaneAveraging

using amr_wind::ScratchFieldPlaneAveraging = typedef FPlaneAveraging<ScratchField>

◆ ScratchFieldPlaneAveragingFine

using amr_wind::ScratchFieldPlaneAveragingFine = typedef FPlaneAveragingFine<ScratchField>

Enumeration Type Documentation

◆ ABLStatsMode

enum amr_wind::ABLStatsMode : int

strong

Enumerator

computed

prescribed

! Computed using planar averages

! Prescribed as user inputs

◆ InterfaceCapturingMethod

enum amr_wind::InterfaceCapturingMethod

strong

Enumerator
VOF	Volume of fluid.
LS	Levelset.

◆ io_mode

enum amr_wind::io_mode

strong

Enumerator
output
input
undefined

Function Documentation

◆ direction_selector()

AMREX_GPU_HOST_DEVICE AMREX_FORCE_INLINE int amr_wind::direction_selector	(	const int	i,
		const int	j,
		const int	k,
		const int	dir
	)

◆ INSTANTIATE_TURBULENCE_MODEL() [1/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( AMD )

◆ INSTANTIATE_TURBULENCE_MODEL() [2/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( AMDNoTherm )

◆ INSTANTIATE_TURBULENCE_MODEL() [3/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( KOmegaSST )

◆ INSTANTIATE_TURBULENCE_MODEL() [4/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( KOmegaSSTIDDES )

◆ INSTANTIATE_TURBULENCE_MODEL() [5/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( Kosovic )

◆ INSTANTIATE_TURBULENCE_MODEL() [6/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( Laminar )

◆ INSTANTIATE_TURBULENCE_MODEL() [7/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( OneEqKsgsM84 )

◆ INSTANTIATE_TURBULENCE_MODEL() [8/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( OneEqKsgsS94 )

◆ INSTANTIATE_TURBULENCE_MODEL() [9/9]

amr_wind::INSTANTIATE_TURBULENCE_MODEL ( Smagorinsky )

◆ normalize_field()

template<typename FType >

void amr_wind::normalize_field ( FType & Field )

◆ normalize_field< Field >()

template void amr_wind::normalize_field< Field > ( Field & )

◆ normalize_field< ScratchField >()

template void amr_wind::normalize_field< ScratchField > ( ScratchField & )

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ FieldPlaneAveraging

◆ FieldPlaneAveragingFine

◆ ScratchFieldPlaneAveraging

◆ ScratchFieldPlaneAveragingFine

Enumeration Type Documentation

◆ ABLStatsMode

◆ InterfaceCapturingMethod

◆ io_mode

Function Documentation

◆ direction_selector()

◆ INSTANTIATE_TURBULENCE_MODEL() [1/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [2/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [3/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [4/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [5/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [6/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [7/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [8/9]

◆ INSTANTIATE_TURBULENCE_MODEL() [9/9]

◆ normalize_field()

◆ normalize_field< Field >()

◆ normalize_field< ScratchField >()