amr_wind::ABL Class Reference

#include <ABL.H>

Inheritance diagram for amr_wind::ABL:

Collaboration diagram for amr_wind::ABL:

Public Member Functions
	ABL (CFDSim &sim)
	~ABL () override
const ABLWallFunction &	abl_wall_function () const
void	post_init_actions () override
void	post_regrid_actions () override
void	initialize_fields (int level, const amrex::Geometry &geom) override
void	pre_advance_work () override
void	pre_predictor_work () override
void	post_advance_work () override
void	register_forcing_term (pde::icns::ABLForcing *forcing) const
void	register_mean_boussinesq_term (pde::icns::ABLMeanBoussinesq *term) const
void	register_meso_mom_forcing (pde::icns::ABLMesoForcingMom *forcing) const
void	register_meso_temp_forcing (pde::temperature::ABLMesoForcingTemp *forcing) const
void	register_hurricane_forcing (pde::icns::HurricaneForcing *forcing) const
void	register_hurricane_temp_forcing (pde::temperature::HurricaneTempForcing *forcing) const
const ABLBoundaryPlane &	bndry_plane () const
const ABLModulatedPowerLaw &	abl_mpl () const
const ABLStatsBase &	abl_statistics () const
	Return the ABL statistics calculator.
const ABLMesoscaleInput &	abl_meso_file () const
const ABLAnelastic &	anelastic () const

Static Public Member Functions
static std::string	identifier ()

Private Attributes
const CFDSim &	m_sim
Field &	m_velocity
Field &	m_mueff
Field &	m_density
Field *	m_temperature {nullptr}
Field *	m_tke {nullptr}
Field *	m_sdr {nullptr}
ABLWallFunction	m_abl_wall_func
std::unique_ptr< ABLFieldInit >	m_field_init
	ABL field initializer instance.
std::unique_ptr< ABLBoundaryPlane >	m_bndry_plane
	ABL boundary plane instance.
std::unique_ptr< ABLModulatedPowerLaw >	m_abl_mpl
	ABL modulated power law instance.
pde::icns::ABLForcing *	m_abl_forcing {nullptr}
	Reference to ABL forcing term if present.
std::unique_ptr< ABLStatsBase >	m_stats
	ABL integrated statistics object.
std::unique_ptr< ABLAnelastic >	m_abl_anelastic
	ABL anelastic instance.
pde::icns::ABLMeanBoussinesq *	m_abl_mean_bous {nullptr}
pde::icns::ABLMesoForcingMom *	m_abl_meso_mom_forcing {nullptr}
pde::temperature::ABLMesoForcingTemp *	m_abl_meso_temp_forcing
std::unique_ptr< ABLMesoscaleInput >	m_meso_file
pde::icns::HurricaneForcing *	m_hurricane_forcing {nullptr}
pde::temperature::HurricaneTempForcing *	m_hurricane_temp_forcing
amrex::Real	m_init_sdr {25.0}
	Default value set based on https://turbmodels.larc.nasa.gov/sst.html.
bool	m_hybrid_rl {false}
	Hybrid RANS-LES with Nalu-wind.
bool	m_file_input {false}
	File input flag.
std::unique_ptr< ABLFieldInitFile >	m_field_init_file
	File input initializer.

Detailed Description

Atmospheric Boundary Layer physics

This class implements the necessary code to simulation atmospheric boundary layers with AMR-Wind. It reads the namespace ABL from the input file to determine how the initial conditions are generated. At each timestep it performs plane averages to collect statistics as well as set the necessary data to be used by wall models as well as any ABLForcing terms that might be active.

See also

ABLFieldInit, ABLWallFunction, FieldPlaneAveraging, ABLBoundaryPlane

Constructor & Destructor Documentation

ABL()

amr_wind::ABL::ABL ( CFDSim & sim )

explicit

~ABL()

amr_wind::ABL::~ABL ( )

overridedefault

Member Function Documentation

abl_meso_file()

const ABLMesoscaleInput & amr_wind::ABL::abl_meso_file ( ) const

inline

abl_mpl()

const ABLModulatedPowerLaw & amr_wind::ABL::abl_mpl ( ) const

inline

abl_statistics()

const ABLStatsBase & amr_wind::ABL::abl_statistics ( ) const

inline

Return the ABL statistics calculator.

abl_wall_function()

const ABLWallFunction & amr_wind::ABL::abl_wall_function ( ) const

inline

anelastic()

const ABLAnelastic & amr_wind::ABL::anelastic ( ) const

inline

bndry_plane()

const ABLBoundaryPlane & amr_wind::ABL::bndry_plane ( ) const

inline

identifier()

static std::string amr_wind::ABL::identifier ( )

inlinestatic

initialize_fields()

void amr_wind::ABL::initialize_fields ( int level, const amrex::Geometry & geom )

override

Initialize the velocity and temperature fields at the beginning of the simulation.

See also

amr_wind::ABLFieldInit

post_advance_work()

void amr_wind::ABL::post_advance_work ( )

override

Perform tasks at the end of a new timestep

For ABL simulations, this method writes all plane-averaged profiles and integrated statistics to output

post_init_actions()

void amr_wind::ABL::post_init_actions ( )

override

post_regrid_actions()

void amr_wind::ABL::post_regrid_actions ( )

override

pre_advance_work()

void amr_wind::ABL::pre_advance_work ( )

override

Perform tasks at the beginning of a new timestep

For ABL simulations this method invokes the FieldPlaneAveraging class to compute spatial averages at all z-levels on the coarsest mesh (level 0).

The spatially averaged velocity is used to determine the current mean velocity at the forcing height (if driving pressure gradient term is active) and also determines the average friction velocity for use in the ABL wall function computation.

pre_predictor_work()

void amr_wind::ABL::pre_predictor_work ( )

override

Perform tasks at the beginning of a timestep, but after pre_advance

For ABL simulations, this method updates plane data to new_time (n+1)

register_forcing_term()

void amr_wind::ABL::register_forcing_term ( pde::icns::ABLForcing * forcing ) const

inline

register_hurricane_forcing()

void amr_wind::ABL::register_hurricane_forcing ( pde::icns::HurricaneForcing * forcing ) const

inline

register_hurricane_temp_forcing()

void amr_wind::ABL::register_hurricane_temp_forcing ( pde::temperature::HurricaneTempForcing * forcing ) const

inline

register_mean_boussinesq_term()

void amr_wind::ABL::register_mean_boussinesq_term ( pde::icns::ABLMeanBoussinesq * term ) const

inline

register_meso_mom_forcing()

void amr_wind::ABL::register_meso_mom_forcing ( pde::icns::ABLMesoForcingMom * forcing ) const

inline

register_meso_temp_forcing()

void amr_wind::ABL::register_meso_temp_forcing ( pde::temperature::ABLMesoForcingTemp * forcing ) const

inline

Member Data Documentation

m_abl_anelastic

std::unique_ptr<ABLAnelastic> amr_wind::ABL::m_abl_anelastic

private

ABL anelastic instance.

m_abl_forcing

pde::icns::ABLForcing* amr_wind::ABL::m_abl_forcing {nullptr}

mutableprivate

Reference to ABL forcing term if present.

m_abl_mean_bous

pde::icns::ABLMeanBoussinesq* amr_wind::ABL::m_abl_mean_bous {nullptr}

mutableprivate

m_abl_meso_mom_forcing

pde::icns::ABLMesoForcingMom* amr_wind::ABL::m_abl_meso_mom_forcing {nullptr}

mutableprivate

m_abl_meso_temp_forcing

pde::temperature::ABLMesoForcingTemp* amr_wind::ABL::m_abl_meso_temp_forcing

mutableprivate

Initial value:

{
        nullptr}

m_abl_mpl

std::unique_ptr<ABLModulatedPowerLaw> amr_wind::ABL::m_abl_mpl

private

ABL modulated power law instance.

m_abl_wall_func

ABLWallFunction amr_wind::ABL::m_abl_wall_func

private

m_bndry_plane

std::unique_ptr<ABLBoundaryPlane> amr_wind::ABL::m_bndry_plane

private

ABL boundary plane instance.

m_density

Field& amr_wind::ABL::m_density

private

m_field_init

std::unique_ptr<ABLFieldInit> amr_wind::ABL::m_field_init

private

ABL field initializer instance.

m_field_init_file

std::unique_ptr<ABLFieldInitFile> amr_wind::ABL::m_field_init_file

private

File input initializer.

m_file_input

bool amr_wind::ABL::m_file_input {false}

private

File input flag.

m_hurricane_forcing

pde::icns::HurricaneForcing* amr_wind::ABL::m_hurricane_forcing {nullptr}

mutableprivate

m_hurricane_temp_forcing

pde::temperature::HurricaneTempForcing* amr_wind::ABL::m_hurricane_temp_forcing

mutableprivate

Initial value:

{
        nullptr}

m_hybrid_rl

bool amr_wind::ABL::m_hybrid_rl {false}

private

Hybrid RANS-LES with Nalu-wind.

m_init_sdr

amrex::Real amr_wind::ABL::m_init_sdr {25.0}

private

Default value set based on https://turbmodels.larc.nasa.gov/sst.html.

m_meso_file

std::unique_ptr<ABLMesoscaleInput> amr_wind::ABL::m_meso_file

private

m_mueff

Field& amr_wind::ABL::m_mueff

private

m_sdr

Field* amr_wind::ABL::m_sdr {nullptr}

private

m_sim

const CFDSim& amr_wind::ABL::m_sim

private

m_stats

std::unique_ptr<ABLStatsBase> amr_wind::ABL::m_stats

private

ABL integrated statistics object.

m_temperature

Field* amr_wind::ABL::m_temperature {nullptr}

private

m_tke

Field* amr_wind::ABL::m_tke {nullptr}

private

m_velocity

Field& amr_wind::ABL::m_velocity

private

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The documentation for this class was generated from the following files:

• /home/runner/work/amr-wind/amr-wind/amr-wind/wind_energy/ABL.H
• /home/runner/work/amr-wind/amr-wind/amr-wind/wind_energy/ABL.cpp