solid_liquid_flue_gas_material.h File Reference

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Namespaces
namespace	solid_liquid_flue_gas_material
	Contains functions for flue gas material calculations.

Functions
double	solid_liquid_flue_gas_material::totalHeatLoss (const double flue_gas_temperature, const double excess_air, const double combustion_air_temperature, const double fuel_temperature, const double moisture_in_air_combustion, const double ash_discharge_temperature, const double unburned_carbon_in_ash, const double carbon, const double hydrogen, const double sulphur, const double inert_ash, const double o2, const double moisture, const double nitrogen, const double ambient_air_temp_f=60)
	Calculates total heat loss for solid/liquid fuel flue gas.
double	solid_liquid_flue_gas_material::calculateExcessAirFromFlueGasO2 (double flue_gas_o2, double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen, double moisture_in_air_combustion)
	Calculates excess air percentage given flue gas O2 levels using iterative algorithm.
double	solid_liquid_flue_gas_material::calculateFlueGasO2 (double excess_air, double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen, double moisture_in_air_combustion)
	Calculates flue gas O2 fraction given excess air and fuel composition.
double	solid_liquid_flue_gas_material::calculateHeatingValueFuel (double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen)
	Calculates the heating value of the fuel based on composition.
double	solid_liquid_flue_gas_material::calculateStoichiometricAir (double carbon, double hydrogen, double sulphur, double inert_ash, double o2, double moisture, double nitrogen)
	Calculates the stoichiometric air required for complete combustion of the given fuel composition.

Detailed Description

Authors

Gina Accawi, Preston Shires, Omer Aziz, Mark Root

Contains functions for flue gas material calculations.

Definition in file solid_liquid_flue_gas_material.h.