hexed::Thermal_equilibrium Class Reference

stipulates that the wall is in thermal equilibrium based on a 1D heat equation More...

#include <Boundary_condition.hpp>

Inheritance diagram for hexed::Thermal_equilibrium:

Public Member Functions
double	ghost_energy (Mat<> scalar_state) override
	Prescribes the total energy at the wall as a function of the current state.
double	ghost_heat_flux (Mat<> scalar_state, double) override
	prescribes the wall heat flux as a function of the state and current heat flux

Public Attributes
double	emissivity = 0.
double	heat_transfer_coef = 0.
double	temperature = 0.
double	heat_rat = std::nan("")

Detailed Description

stipulates that the wall is in thermal equilibrium based on a 1D heat equation

The default values of all zeros gives you an adiabatic wall.

See also

thermal equilibrium BC

Member Function Documentation

ghost_energy()

double hexed::Thermal_equilibrium::ghost_energy ( Mat<> scalar_state )

inlineoverridevirtual

Prescribes the total energy at the wall as a function of the current state.

scalar_state should include all the state variables from density onwards (skipping the momentum).

Note

might give you back the current energy if this is a Neumann BC

Implements hexed::Thermal_bc.

ghost_heat_flux()

double hexed::Thermal_equilibrium::ghost_heat_flux ( Mat<> scalar_state, double heat_flux )

overridevirtual

prescribes the wall heat flux as a function of the state and current heat flux

Note

might give you back the current heat flux if this is a Dirichlet BC

Implements hexed::Thermal_bc.

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

• /home/micaiah/Desktop/hexed/include/Boundary_condition.hpp
• /home/micaiah/Desktop/hexed/libhexed/Boundary_condition.cpp