amr_wind Namespace Reference

This test case is intended as an evaluation of the momentum advection scheme. More...

Namespaces
namespace	actuator
namespace	ascent_int
namespace	averaging
namespace	burggraf
namespace	channel_flow
namespace	channel_map
namespace	const_map
namespace	constants
namespace	ctv
namespace	derived
namespace	diagnostics
namespace	enstrophy
namespace	eos
namespace	field_impl
namespace	field_norms
namespace	field_ops
namespace	forestdrag
namespace	fvm
namespace	gpu
namespace	hybrid_rans_les_abl
namespace	hydrostatic
namespace	ib
namespace	interp
namespace	io
namespace	ioutils
namespace	kinetic_energy
namespace	mms
namespace	multiphase
namespace	nodal_projection
namespace	ocean_waves
namespace	overset_ops
namespace	pde
namespace	pde_impl
namespace	sampling
namespace	scalar_bc
namespace	synth_turb
namespace	tagging
namespace	terraindrag
namespace	tioga_iface
namespace	transport
namespace	turbulence
namespace	udf
namespace	utils
namespace	vel_bc
namespace	vs
namespace	wave_energy
namespace	zds

Classes
class	ABL
class	ABLAnelastic
class	ABLBoundaryPlane
class	ABLFieldInit
class	ABLFieldInitFile
class	ABLFillInflow
class	ABLFillMPL
class	ABLMesoscaleForcing
class	ABLMesoscaleInput
class	ABLModulatedPowerLaw
class	ABLStats
class	ABLStatsBase
class	ABLTempWallFunc
class	ABLVelWallFunc
class	ABLWallFunction
class	ActuatorSourceTagging
struct	AMROversetInfo
class	BCDensityMod
class	BCFillPatchExtrap
class	BCIface
struct	BCOpCreator
class	BCPressure
class	BCScalar
class	BCSrcTerm
class	BCVelocity
class	BCVOF
class	BoussinesqBubble
class	BoussinesqBubbleFieldInit
class	BreakingWaves
struct	BufferData
class	CartBoxRefinement
class	CFDSim
struct	CollidingRings
class	CollMgr
struct	ConstDirichlet
class	CurvatureRefinement
class	DamBreak
class	DerivedQty
class	DerivedQtyMgr
struct	DirichletOp
class	EkmanSpiral
class	ExtSolver
class	ExtSolverMgr
struct	Factory
struct	FatCore
class	Field
struct	FieldBCDirichlet
class	FieldBCIface
struct	FieldBCNoOp
class	FieldFillConstScalar
class	FieldFillPatchOps
class	FieldFillPatchOpsBase
struct	FieldInfo
class	FieldRefinement
class	FieldRepo
class	FixedGradientBC
class	FPlaneAveraging
class	FPlaneAveragingFine
class	FreeStream
struct	GaussianPulseFV
struct	GaussianWavePacket
struct	GaussianWavePacketFV
class	GeometryRefinement
class	GradientMagRefinement
class	HelicsStorage
class	InletData
class	Intermittency
struct	InterpWeights
class	IntField
class	IntScratchField
class	IOManager
struct	LevelDataHolder
struct	LogLaw
class	MassInflowOutflowBC
class	MeshMap
struct	MLMGOptions
struct	MOData
struct	MOSD
class	MultiLevelVector
class	MultiPhase
class	OceanWavesBoundary
class	OceanWavesFillInflow
class	OversetManager
class	OversetOps
class	OversetRefinement
class	Physics
class	PhysicsMgr
class	PhysicsOld
class	PostProcessBase
class	PostProcessManager
class	QCriterionRefinement
class	RainDrop
class	RayleighTaylor
class	RayleighTaylorFieldInit
class	RefineCriteriaManager
class	RefinementCriteria
class	ScalarAdvection
class	ScratchField
class	SecondMomentAveraging
struct	ShearStressConstant
struct	ShearStressDonelan
struct	ShearStressLocal
struct	ShearStressMoeng
struct	ShearStressSchumann
struct	SimpleShearLogLaw
struct	SimpleShearMOSD
struct	SimpleShearSchumann
class	SimTime
class	SloshingTank
struct	SquarePulseFV
class	SyntheticTurbulence
struct	SynthTurbData
struct	SynthTurbDeviceData
class	TaylorGreenVortex
class	ThirdMomentAveraging
class	TiogaInterface
struct	TwoDimGaussianPulseFV
class	VelPlaneAveraging
class	VelPlaneAveragingFine
class	VelWallFunc
class	ViewField
class	VortexDipole
class	VortexPatch
class	VortexPatchScalarVel
class	VortexRing
class	VorticityMagRefinement
class	WallFunction
class	ZalesakDisk

Typedefs
using	FieldPlaneAveraging = FPlaneAveraging<Field>
using	ScratchFieldPlaneAveraging = FPlaneAveraging<ScratchField>
using	FieldPlaneAveragingFine = FPlaneAveragingFine<Field>
using	ScratchFieldPlaneAveragingFine = FPlaneAveragingFine<ScratchField>

Enumerations
enum class	FieldState : int {   FieldState::NP1 = 0 , FieldState::N , FieldState::NM1 , FieldState::NPH ,   FieldState::NMH , FieldState::New = NP1 , FieldState::Old = N }
enum class	FieldLoc : int {   FieldLoc::CELL , FieldLoc::NODE , FieldLoc::XFACE , FieldLoc::YFACE ,   FieldLoc::ZFACE }
enum class	FieldInterpolator : int {   FieldInterpolator::PiecewiseConstant , FieldInterpolator::CellConsLinear , FieldInterpolator::NodeBilinear , FieldInterpolator::FaceDivFree ,   FieldInterpolator::FaceLinear }
	Coarse-to-fine field interpolation options. More...
enum class	InterfaceCapturingMethod { VOF , LS }
enum struct	io_mode { output , input , undefined }
enum class	ABLStatsMode : int { computed = 0 , prescribed }

Functions
	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 (KLAxell)
	INSTANTIATE_TURBULENCE_MODEL (KOmegaSST)
	INSTANTIATE_TURBULENCE_MODEL (KOmegaSSTIDDES)
AMREX_GPU_DEVICE AMREX_FORCE_INLINE int	direction_selector (const int i, const int j, const int k, const int dir)

Variables
template<class T>
bool	Factory< Base, Args... >::Register< T >::registered

Detailed Description

This test case is intended as an evaluation of the momentum advection scheme.

AMR-Wind

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

Multiphase Dam break physics

Multiphase falling raindrop physics

Multiphase Sloshing Tank 3D physics

Multiphase vortex patch physics

Multiphase vortex patch scalar velocity physics

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.

Multiphase Zalesak disk physics

Ascent In-situ Integration

Typedef Documentation

FieldPlaneAveraging

using amr_wind::FieldPlaneAveraging = FPlaneAveraging<Field>

FieldPlaneAveragingFine

using amr_wind::FieldPlaneAveragingFine = FPlaneAveragingFine<Field>

ScratchFieldPlaneAveraging

using amr_wind::ScratchFieldPlaneAveraging = FPlaneAveraging<ScratchField>

ScratchFieldPlaneAveragingFine

using amr_wind::ScratchFieldPlaneAveragingFine = FPlaneAveragingFine<ScratchField>

Enumeration Type Documentation

ABLStatsMode

enum class amr_wind::ABLStatsMode : int

strong

Enumerator
computed
prescribed	! Computed using planar averages ! Prescribed as user inputs

InterfaceCapturingMethod

enum class amr_wind::InterfaceCapturingMethod

strong

Enumerator
VOF	Volume of fluid.
LS	Levelset.

io_mode

enum struct amr_wind::io_mode

strong

Enumerator
output
input
undefined

Function Documentation

direction_selector()

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

INSTANTIATE_TURBULENCE_MODEL() [1/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

AMD

)

INSTANTIATE_TURBULENCE_MODEL() [2/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

AMDNoTherm

)

INSTANTIATE_TURBULENCE_MODEL() [3/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

KLAxell

)

INSTANTIATE_TURBULENCE_MODEL() [4/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

KOmegaSST

)

INSTANTIATE_TURBULENCE_MODEL() [5/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

KOmegaSSTIDDES

)

INSTANTIATE_TURBULENCE_MODEL() [6/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

Kosovic

)

INSTANTIATE_TURBULENCE_MODEL() [7/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

Laminar

)

INSTANTIATE_TURBULENCE_MODEL() [8/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

OneEqKsgsM84

)

INSTANTIATE_TURBULENCE_MODEL() [9/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

OneEqKsgsS94

)

INSTANTIATE_TURBULENCE_MODEL() [10/10]

amr_wind::INSTANTIATE_TURBULENCE_MODEL

(

Smagorinsky

)

Variable Documentation

Factory< Base, Args... >::Register< T >::registered

template<class T>

bool amr_wind::Factory< Base, Args... >::Register< T >::registered

Initial value:

=
    Factory<Base, Args...>::Register<T>::add_sub_type()