amr_wind::pde::tke::KransAxell Class Reference

#include <KransAxell.H>

Inheritance diagram for amr_wind::pde::tke::KransAxell:

Collaboration diagram for amr_wind::pde::tke::KransAxell:

Public Member Functions
	KransAxell (const CFDSim &)
	~KransAxell () override
void	operator() (const int lev, const amrex::MFIter &mfi, const amrex::Box &bx, const FieldState fstate, const amrex::Array4< amrex::Real > &src_term) const override

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

Private Attributes
Field &	m_turb_lscale
Field &	m_shear_prod
Field &	m_buoy_prod
Field &	m_dissip
Field &	m_tke
amrex::Real	m_Cmu {0.556}
amrex::Real	m_heat_flux {0.0}
amrex::Real	m_ref_temp {300.0}
amrex::Real	m_z0 {0.1}
amrex::Real	m_kappa {0.41}
amrex::Real	m_sponge_start {600}
amrex::Real	m_ref_tke {1e-10}
amrex::Vector< amrex::Real >	m_gravity {0.0, 0.0, -9.81}
const SimTime &	m_time
const CFDSim &	m_sim
const amrex::AmrCore &	m_mesh
const Field &	m_velocity

Detailed Description

TKE source term based on Axell 2011 paper Axell, L. B., & Liungman, O. (2001). A one-equation turbulence model for geophysical applications: comparison with data and the k− ε model. Environmental Fluid Mechanics, 1, 71-106.

Constructor & Destructor Documentation

KransAxell()

amr_wind::pde::tke::KransAxell::KransAxell ( const CFDSim & sim )

explicit

~KransAxell()

amr_wind::pde::tke::KransAxell::~KransAxell ( )

overridedefault

Member Function Documentation

identifier()

static std::string amr_wind::pde::tke::KransAxell::identifier ( )

inlinestatic

operator()()

void amr_wind::pde::tke::KransAxell::operator() ( const int lev, const amrex::MFIter & mfi, const amrex::Box & bx, const FieldState fstate, const amrex::Array4< amrex::Real > & src_term ) const

override

Member Data Documentation

m_buoy_prod

Field& amr_wind::pde::tke::KransAxell::m_buoy_prod

private

m_Cmu

amrex::Real amr_wind::pde::tke::KransAxell::m_Cmu {0.556}

private

m_dissip

Field& amr_wind::pde::tke::KransAxell::m_dissip

private

m_gravity

amrex::Vector<amrex::Real> amr_wind::pde::tke::KransAxell::m_gravity {0.0, 0.0, -9.81}

private

m_heat_flux

amrex::Real amr_wind::pde::tke::KransAxell::m_heat_flux {0.0}

private

m_kappa

amrex::Real amr_wind::pde::tke::KransAxell::m_kappa {0.41}

private

m_mesh

const amrex::AmrCore& amr_wind::pde::tke::KransAxell::m_mesh

private

m_ref_temp

amrex::Real amr_wind::pde::tke::KransAxell::m_ref_temp {300.0}

private

m_ref_tke

amrex::Real amr_wind::pde::tke::KransAxell::m_ref_tke {1e-10}

private

m_shear_prod

Field& amr_wind::pde::tke::KransAxell::m_shear_prod

private

m_sim

const CFDSim& amr_wind::pde::tke::KransAxell::m_sim

private

m_sponge_start

amrex::Real amr_wind::pde::tke::KransAxell::m_sponge_start {600}

private

m_time

const SimTime& amr_wind::pde::tke::KransAxell::m_time

private

m_tke

Field& amr_wind::pde::tke::KransAxell::m_tke

private

m_turb_lscale

Field& amr_wind::pde::tke::KransAxell::m_turb_lscale

private

m_velocity

const Field& amr_wind::pde::tke::KransAxell::m_velocity

private

m_z0

amrex::Real amr_wind::pde::tke::KransAxell::m_z0 {0.1}

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/equation_systems/tke/source_terms/KransAxell.H
• /home/runner/work/amr-wind/amr-wind/amr-wind/equation_systems/tke/source_terms/KransAxell.cpp