ib_wall::WallCond Struct Reference

#include <ERF_ImmersedWallCell.H>

Collaboration diagram for ib_wall::WallCond:

Public Attributes
int	type {neutral}
amrex::Real	q {0.0}
amrex::Real	theta_s {0.0}
amrex::Real	Linv {0.0}

Static Public Attributes
static constexpr int	neutral = 0
	no heat exchange, neutral stability functions More...
static constexpr int	heat_flux = 1
	given kinematic surface heat flux q [K m/s] More...
static constexpr int	surface_temp = 2
	given surface potential temperature theta_s [K] More...
static constexpr int	obukhov = 3
	given Obukhov length (inverse Linv) [1/m] More...

Detailed Description

Surface condition of the fraction-stress law (erf.if_* inputs of the terrain immersed forcing)

Member Data Documentation

heat_flux

constexpr int ib_wall::WallCond::heat_flux = 1

staticconstexpr

given kinematic surface heat flux q [K m/s]

Referenced by make_wall_cond(), and ib_wall::wall_state().

Linv

amrex::Real ib_wall::WallCond::Linv {0.0}

Referenced by make_wall_cond().

neutral

constexpr int ib_wall::WallCond::neutral = 0

staticconstexpr

no heat exchange, neutral stability functions

obukhov

constexpr int ib_wall::WallCond::obukhov = 3

staticconstexpr

given Obukhov length (inverse Linv) [1/m]

Referenced by make_wall_cond(), and ib_wall::wall_state().

q

amrex::Real ib_wall::WallCond::q {0.0}

Referenced by make_wall_cond().

surface_temp

constexpr int ib_wall::WallCond::surface_temp = 2

staticconstexpr

given surface potential temperature theta_s [K]

Referenced by ib_wall::heat_source(), make_wall_cond(), and ib_wall::wall_state().

theta_s

amrex::Real ib_wall::WallCond::theta_s {0.0}

Referenced by make_wall_cond().

type

int ib_wall::WallCond::type {neutral}

Referenced by make_wall_cond().

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The documentation for this struct was generated from the following file:

• Source/Utils/ERF_ImmersedWallCell.H