suite/docs/atmosphere__heat__loss_8h_source.html

#pragma once

#include <array>

#include <string>

#include <vector>


namespace atmosphere_heat_loss {


struct GasType {

    std::string gas_description;

    double      specific_heat;

};


inline const std::array<GasType, 6> kGasTypes {{

    {"Nitrogen", 0.0185},

    {"Hydrogen", 0.0182},

    {"Exothermic Gas", 0.0185},

    {"Endothermic Gas", 0.0185},

    {"Air", 0.0184},

    {"Water Vapor", 0.0212},

}};


inline const std::vector<GasType>& gasTypes() {

    static const std::vector<GasType> gas_types_vector(kGasTypes.begin(), kGasTypes.end());

    return gas_types_vector;

}


double totalHeatLoss(double flow_rate, double specific_heat, double inlet_temperature, double outlet_temperature,

                     double correction_factor);


} // namespace atmosphere_heat_loss

atmosphere_heat_loss::kGasTypes
const std::array< GasType, 6 > kGasTypes
A collection of specific heat values for common atmospheric gases at a reference temperature of .
Definition atmosphere_heat_loss.h:39

atmosphere_heat_loss::gasTypes
const std::vector< GasType > & gasTypes()
Returns the predefined specific heat values for common atmospheric gases at a reference temperature o...
Definition atmosphere_heat_loss.h:55

atmosphere_heat_loss::totalHeatLoss
double totalHeatLoss(double flow_rate, double specific_heat, double inlet_temperature, double outlet_temperature, double correction_factor)
Calculates the total heat loss from escaping atmospheric gas.

atmosphere_heat_loss
Calculates heat losses from escaping atmospheric gases in process heating equipment.

atmosphere_heat_loss::GasType
Represents a gas type and its associated specific heat at a reference temperature of .
Definition atmosphere_heat_loss.h:28

atmosphere_heat_loss::GasType::gas_description
std::string gas_description
Description of the gas type.
Definition atmosphere_heat_loss.h:29

atmosphere_heat_loss::GasType::specific_heat
double specific_heat
Specific heat .
Definition atmosphere_heat_loss.h:30