majordome.combustion#
Process setup#
- class majordome.combustion.CombustionPowerSupply(power: float, equivalence: float, fuel: str | dict[str, float], oxidizer: str | dict[str, float], mechanism: str, species: str = 'O2', emissions: bool = True, basis: str = 'mass')#
Provides combustion calculations for given power supply.
- Parameters:
- power: float
Total supplied power [kW]
- equivalence: float
Oxidizer-fuel equivalence ratio.
- fuel: CompositionType
Composition of fuel in species mole fractions.
- oxidizer: CompositionType
Composition of oxidizer in species mole fractions.
- mechanism: str
Kinetics mechanism/database to use in computations.
- species: str = “O2”
Reference species for oxidizer mass balance.
- emissions: bool = True
If true, compute emissions of water and carbon dioxide.
- basis: str = “mass”
Basis on which to compute equivalence ratio.
- property fuel: str | dict[str, float]#
Access to fuel mole fractions.
- property fuel_mass: float#
Access to fuel mass flow rate.
- property fuel_normal_density#
Fuel normal density.
- property fuel_volume: float#
Access to fuel volume flow rate.
- property oxidizer#
Access to oxidizer mole fractions.
- property oxidizer_mass: float#
Access to oxidizer mass flow rate.
- property oxidizer_normal_density#
Oxidizer normal density.
- property oxidizer_volume: float#
Access to oxidizer volume flow rate.
- property power: float#
Access to combustion power [kW].
- property production_carbon_dioxide: float#
Access to complete combustion CO2 mass flow rate.
- property production_water: float#
Access to complete combustion H2O mass flow rate.
- report() str#
Generate combustion power and flow rates report.
Combustion analysis#
- class majordome.combustion.CombustionAtmosphereCHON(mechanism: str, basis: str = 'mass')#
Combustion atmosphere calculations for CHON system.
- Parameters:
- mechanism: str
Kinetics mechanism/database to use in computations.
- basis: str = “mass”
Basis on which to compute equivalence ratio.
- combustion_setup(power: float, phi: float, fuel: str | dict[str, float], oxidizer: str | dict[str, float], species: str = 'O2') tuple[float, float, float]#
Evaluates combustion setup for given quantities.
- Parameters:
- power: float
Total supplied power [kW]
- phi: float
Oxidizer-fuel equivalence ratio.
- fuel: CompositionType
Composition of fuel in species mole fractions.
- oxidizer: CompositionType
Composition of oxidizer in species mole fractions.
- species: str = “O2”
Reference species for oxidizer mass balance.
- normal_density(X: str | dict[str, float]) float#
Compute solution normal density.
- Parameters:
- X: CompositionType
Composition of solution in species mole fractions.
- Returns:
- float
Solution density under standard state [kg/Nm³].
- normal_flow(mdot: float, X: str | dict[str, float]) float#
Computes volume flow rate from mass flow and composition.
- Parameters:
- mdot: float
Solution mass flow rate [kg/s].
- X: CompositionType
Composition of solution in species mole fractions.
- Returns:
- float
Volume flow rate under standard state [Nm³/h].
- solution_heating_value(fuel: str | dict[str, float], oxidizer: str | dict[str, float]) float#
Evaluate lower heating value of mixture.
- Parameters:
- fuel: CompositionType
Composition of fuel in species mole fractions.
- oxidizer: CompositionType
Composition of oxidizer in species mole fractions.
- Returns:
- float
Lower heating value of provided mixture [MJ/kg].
- class majordome.combustion.CombustionAtmosphereMixer(mechanism: str)#
Provides addition of thermochemical quantities.
- Parameters:
- mechanism: str
Kinetics mechanism/database to use in computations.
- add_quantity(mass: float, X: str | dict[str, float], T: float = 273.15, P: float = 101325.0) Quantity#
Add quantity at given state to global mixture.
- Parameters:
- mass: float
Amount of matter in kilograms.
- X: CompositionType
Composition of quantity in mole fractions.
- T: float = 273.15
Solution temperature in kelvin.
- P: float = ct.one_atm
Solution pressure in pascal.
- property solution: Quantity#
Provides access to computed solution, if any.
Utilities#
- majordome.combustion.copy_quantity(qty: Quantity) Quantity#
Makes a hard copy of a ct.Quantity object.