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The mole-specific enthalpy for O2/CH4/CO2 as a function of temperature
The mole-specific enthalpy for O2/CH4/CO2 as a function of temperature
The mass-specific heat capacity at constant volume for O2/CH4/CO2 as a function of temperature
The mass-specific heat capacity at constant volume for O2/CH4/CO2 as a function of temperature
The mass-specific heat capacity at constant pressure for a mixture with a composition of O2:H2O:H2 = 1:2:1 by volume
The mass-specific heat capacity at constant pressure for a mixture with a composition of O2:H2O:H2 = 1:2:1 by volume
Droplet flame profile for Heptane/Air combustion
Droplet size R = 1mm; T_air = 800 K
Droplet size R = 1mm; T_air = 800 K
β’ Heptane (πΆ7π»16) πΆππ»π + (π + π 4 ) (π2 + 79 21 π2) β (π) πΆπ2 + ( π 2 ) π»2π + (π + π 4 ) ( 79 21) π2
β’ Heptane (πΆ7π»16) πΆππ»π + (π + π 4 ) (π2 + 79 21 π2) β (π) πΆπ2 + ( π 2 ) π»2π + (π + π 4 ) ( 79 21) π2
πΆ7π»16 + (7 + 16 4 ) (π2 + 79 21 π2) β (7) πΆπ2 + ( 16 2 ) π»2π + (7 + 16 4 ) ( 79 21) π2
πΆ7π»16 + (7 + 16 4 ) (π2 + 79 21 π2) β (7) πΆπ2 + ( 16 2 ) π»2π + (7 + 16 4 ) ( 79 21) π2
πΆ7π»16 + (11) (π2 + 79 21 π2) β (7) πΆπ2 + (8)π»2π + (11) ( 79 21) π2
πΆ7π»16 + (11) (π2 + 79 21 π2) β (7) πΆπ2 + (8)π»2π + (11) ( 79 21) π2
Molecular weight of C7H16 = 0.10021 [kg/mol]
Molecular weight of C7H16 = 0.10021 [kg/mol]
Referenced properties:
Referenced properties:
To = 800; % temperature air [K]
Tf = 300; % temperature heptane [K]
P0 = 101325; % standard pressure [kg*m/s^2]
hL = 180000; % heat of vaporization or latent heat [J/kg]
TL = 371; % evaporation temperature from NIST Chemistry WebBook, SRD 69 Q = 4817000; % heat of combustion [J/mol]
R = 0.001; % droplet radius [m]
nuO2 = 0.5; % stochi. coeff. cp = 1200; % heat capacity [J/kg.K]
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