rizer::WallEnergyOutflow Struct Reference

Energy leaving through the wall ghost face per unit time, per unit axial length and per radian [W/m] – the convention of V_cell and of HydroStepResult::boundary_total_energy_out. More...

#include <RadialDiffusion.h>

Public Attributes
double	conduction = 0.0
	Conduction of both pools against the ghost temperature [W/m].
double	diffusion = 0.0
	Enthalpy species diffusion carries through the ghost face [W/m].
std::vector< double >	species_mass
	Mass of each species diffusion carries through the ghost face [kg/m/s], length K; empty when species diffusion is off.

Detailed Description

Energy leaving through the wall ghost face per unit time, per unit axial length and per radian [W/m] – the convention of V_cell and of HydroStepResult::boundary_total_energy_out.

Positive is outward.

Definition at line 108 of file RadialDiffusion.h.

Member Data Documentation

conduction

double rizer::WallEnergyOutflow::conduction = 0.0

Conduction of both pools against the ghost temperature [W/m].

Definition at line 111 of file RadialDiffusion.h.

diffusion

double rizer::WallEnergyOutflow::diffusion = 0.0

Enthalpy species diffusion carries through the ghost face [W/m].

Definition at line 113 of file RadialDiffusion.h.

species_mass

std::vector<double> rizer::WallEnergyOutflow::species_mass

Mass of each species diffusion carries through the ghost face [kg/m/s], length K; empty when species diffusion is off.

Definition at line 116 of file RadialDiffusion.h.

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

• /home/runner/work/rizer/rizer/rizer/cantera_ext/models/nrp/RadialDiffusion.h