One element's bed coupling, fully reduced to SI conductances. More...

#include <BedExchange.hpp>

Collaboration diagram for openswmm::transport::heat::BedCoupling:

Public Member Functions
bool	viable () const noexcept
	True when the pair is worth stepping at all.

Public Attributes
double	g_wb = 0.0
	Water<->bed conductance, W/K (conduction + advection)

double	g_bg = 0.0
	Bed<->deep-ground conductance, W/K.

double	c_w = 0.0
	Water heat capacity, J/K.

double	c_b = 0.0
	Bed heat capacity, J/K.

double	t_gr = 0.0
	Deep-ground temperature, °C.

Detailed Description

One element's bed coupling, fully reduced to SI conductances.

Everything geometric and material has already been folded in, so relaxPair contains no unit conversion and no reference to conduit shape. That separation is deliberate: the geometry is what differs between the LEGACY link binding and the ARD mesh binding, and the integration is what must not.

Member Function Documentation

◆ viable()

bool openswmm::transport::heat::BedCoupling::viable ( ) const

inlinenoexcept

True when the pair is worth stepping at all.

Member Data Documentation

◆ c_b

double openswmm::transport::heat::BedCoupling::c_b = 0.0

Bed heat capacity, J/K.

◆ c_w

double openswmm::transport::heat::BedCoupling::c_w = 0.0

Water heat capacity, J/K.

◆ g_bg

double openswmm::transport::heat::BedCoupling::g_bg = 0.0

Bed<->deep-ground conductance, W/K.

◆ g_wb

double openswmm::transport::heat::BedCoupling::g_wb = 0.0

Water<->bed conductance, W/K (conduction + advection)

◆ t_gr

double openswmm::transport::heat::BedCoupling::t_gr = 0.0

Deep-ground temperature, °C.

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

/home/runner/work/openswmm.engine/openswmm.engine/src/engine/transport/components/HeatFluxModules/BedExchange.hpp

Public Member Functions

Public Attributes