HeatConductivityVariableKiradjiev2019PorousRockSolidRadiation.h File Reference

Submodule for calculating heat conductivity of porous rock using the Maxwell model with radiation (Kiradjiev 2019). More...

#include <iostream>
#include <memory>
#include <numbers>
#include <string>
#include <valarray>
#include "../../src/GenericSubmodule.h"
#include "../../src/ModuleFactory.h"

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Classes
class	HeatConductivityVariableKiradjiev2019PorousRockSolidRadiation< T >

Macros
#define	HEAT_CONDUCTIVITY_VARIABLE_KIRADJIEV_2019_POROUS_ROCK_SOLID_RADIATION_VERSION   "1"

Detailed Description

Submodule for calculating heat conductivity of porous rock using the Maxwell model with radiation (Kiradjiev 2019).

This submodule computes the heat conductivity for a porous rock material based on the Maxwell (1873) model considering radiative heat transfer in the void spaces. It follows the formulation in Kiradjiev et al. (2019). The porosity and the pore space diameter is derived from the user-specified volume filling factor in the .ini file.

The module:

• Loads porosity and pore space diameter from the configuration file
• Applies the Maxwell factor to the user specified heat conductivity and effective radiative heat conductivity
• Integrates into the simulation execution chain (Init, PreTimeStep, PostTimeStep, Output)
• Updates the simulation’s heat conductivity field accordingly

Template Parameters

T	Numeric type used in the simulation (e.g., float, double)

Macro Definition Documentation

HEAT_CONDUCTIVITY_VARIABLE_KIRADJIEV_2019_POROUS_ROCK_SOLID_RADIATION_VERSION

#define HEAT_CONDUCTIVITY_VARIABLE_KIRADJIEV_2019_POROUS_ROCK_SOLID_RADIATION_VERSION   "1"