amr_wind::actuator Namespace Reference

Namespaces
namespace	disk
namespace	external
namespace	ops
namespace	utils
namespace	wing

Classes
class	ActDataHolder
struct	ActGrid
struct	ActInfo
class	ActModel
struct	ActSrcDisk
struct	ActSrcLine
struct	ActSrcType
class	Actuator
struct	ActuatorCloud
class	ActuatorContainer
class	ActuatorModel
struct	ActuatorType
class	AirfoilLoader
class	AirfoilTable
struct	AirfoilTraits
struct	AirfoilTraits< FlatPlate >
struct	ComponentView
struct	DiskBaseData
struct	DiskType
struct	FixedWing
struct	FixedWingData
struct	FlatPlate
struct	FlatPlateData
struct	FLLCData
struct	FLLCOp
	This struct will operate on a blade/wing. The velocity from the simulation is corrected using the Filtered Lifting Line Theory Correction from Martinez and Meneveau 2019. More...
struct	Joukowsky
struct	JoukowskyData
class	ThinAirfoil
struct	TurbineBaseData
struct	TurbineExternalData
struct	TurbineFromExtSolver
struct	TurbineInfo
struct	TurbineType
struct	UniformCt
struct	UniformCtData
struct	WingBaseData
struct	WingType

Typedefs
using	RealList = amrex::Vector<amrex::Real>
using	RealSlice = ::amr_wind::utils::Slice<amrex::Real>
using	VecList = amrex::Vector<amr_wind::vs::Vector>
using	VecSlice = ::amr_wind::utils::Slice<amr_wind::vs::Vector>
using	TensorList = amrex::Vector<amr_wind::vs::Tensor>
using	TensorSlice = ::amr_wind::utils::Slice<amr_wind::vs::Tensor>
using	DeviceVecList = amrex::Gpu::DeviceVector<amr_wind::vs::Vector>
using	DeviceTensorList = amrex::Gpu::DeviceVector<amr_wind::vs::Tensor>
using	TurbineFast
using	TurbineKynema
using	DeviceVecComponent = amrex::Gpu::DeviceVector<ComponentView>

Enumerations
enum class	FLLCType { ConstantChord , VariableChord }

Functions
void	fllc_init (FLLCData &data, const ComponentView &view, const amrex::Real eps_chord)
	Initialize FLLC data structure. This should be called at the end of the first ComputeForceOp to ensure the data is fully populated.
void	fllc_parse (const utils::ActParser &pp, FLLCData &data)
	Function to capture common parsing requirements for the filtered lifting line correction.

Variables
static constexpr int	NumPStructReal = AMREX_SPACEDIM + 1
	Number or real entries in Array of Structs (AOS)
static constexpr int	NumPStructInt = 1
	Number of integer entries in Array of Structs (AOS)
static constexpr int	NumPArrayReal = 0
	Number of real entries in Struct of Arrays (SOA)
static constexpr int	NumPArrayInt = 0
	Number of int entries in Struct of Arrays (SOA)
static std::map< std::string, FLLCType >	FLLCTypeMap

Typedef Documentation

DeviceTensorList

using amr_wind::actuator::DeviceTensorList = amrex::Gpu::DeviceVector<amr_wind::vs::Tensor>

DeviceVecComponent

using amr_wind::actuator::DeviceVecComponent = amrex::Gpu::DeviceVector<ComponentView>

DeviceVecList

using amr_wind::actuator::DeviceVecList = amrex::Gpu::DeviceVector<amr_wind::vs::Vector>

RealList

using amr_wind::actuator::RealList = amrex::Vector<amrex::Real>

RealSlice

using amr_wind::actuator::RealSlice = ::amr_wind::utils::Slice<amrex::Real>

TensorList

using amr_wind::actuator::TensorList = amrex::Vector<amr_wind::vs::Tensor>

TensorSlice

using amr_wind::actuator::TensorSlice = ::amr_wind::utils::Slice<amr_wind::vs::Tensor>

TurbineFast

using amr_wind::actuator::TurbineFast

Initial value:

 
    TurbineFromExtSolver<::ext_turb::FastTurbine, ::ext_turb::FastSolverData>

TurbineKynema

using amr_wind::actuator::TurbineKynema

Initial value:

 TurbineFromExtSolver<
    ::ext_turb::KynemaTurbine,
    ::ext_turb::KynemaSolverData>

VecList

using amr_wind::actuator::VecList = amrex::Vector<amr_wind::vs::Vector>

VecSlice

using amr_wind::actuator::VecSlice = ::amr_wind::utils::Slice<amr_wind::vs::Vector>

Enumeration Type Documentation

FLLCType

enum class amr_wind::actuator::FLLCType

strong

Enumerator
ConstantChord
VariableChord

Function Documentation

fllc_init()

void amr_wind::actuator::fllc_init	(	FLLCData &	data,
		const ComponentView &	view,
		const amrex::Real	eps_chord )

Initialize FLLC data structure. This should be called at the end of the first ComputeForceOp to ensure the data is fully populated.

Parameters

data	FLLC specific data and scratch fields
view	Component view that has references to the grid data
eps_chord	epsilon chord

fllc_parse()

void amr_wind::actuator::fllc_parse	(	const utils::ActParser &	pp,
		FLLCData &	data )

Function to capture common parsing requirements for the filtered lifting line correction.

Parameters

pp	Parser
data	Data to be populated from parser

Variable Documentation

FLLCTypeMap

std::map<std::string, FLLCType> amr_wind::actuator::FLLCTypeMap

static

Initial value:

{
    {"constant_chord", FLLCType::ConstantChord},
    {"variable_chord", FLLCType::VariableChord}}

NumPArrayInt

int amr_wind::actuator::NumPArrayInt = 0

staticconstexpr

Number of int entries in Struct of Arrays (SOA)

NumPArrayReal

int amr_wind::actuator::NumPArrayReal = 0

staticconstexpr

Number of real entries in Struct of Arrays (SOA)

NumPStructInt

int amr_wind::actuator::NumPStructInt = 1

staticconstexpr

Number of integer entries in Array of Structs (AOS)

NumPStructReal

int amr_wind::actuator::NumPStructReal = AMREX_SPACEDIM + 1

staticconstexpr

Number or real entries in Array of Structs (AOS)