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HW1P2DataFilesME525SP2011

# HW1P2DataFilesME525SP2011 - 1 ME 525 SP2011 Homework#1...

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Unformatted text preview: 1 ME 525 SP2011 Homework #1 Problem #2 Data Files P = 1 atm Φ =0.5 Adiabatic Flame Calculation for Specified Fuel, Phi, P, & Reactant Enthalpy Using Olikara & Borman Equilibrium Routines Problem Title: USER SPECIFIES TITLE HERE Data below are as read from the input file. Compare with INPUT.HP. If they do not agree, your input data have not been entered correctly. CARBON ATOMS 2.0 HYDROGEN ATOMS 2.0 OXYGEN ATOMS 0.0 NITROGEN ATOMS 0.0 EQUIVALENCE RATIO 0.500 TEMPERATURE (K) guess 2000.0 PRESSURE (Pa) 101325.0 ENTHALPY OF REACTANTS (kJ/kmol fuel) 226748.0 FLAME TEMP. & COMBUSTION PRODUCTS PROPERTIES Flame Temperature [K] = 1774.33 Mixture Enthalpy [J/kg] = 0.3182E+06 Mixture Specific Heat, Cp [J/kg-K] = 0.135265E+04 Specific Heat Ratio, Cp/Cv = 1.2657 Mixture Molecular Weight [kg/kmol] = 29.3252 Moles of Fuel per Mole of Products = 0.04114749 The mole fractions of the product species are: H: 0.00000067 O: 0.00003006 N: 0.00000000 H2: 0.00000542 OH: 0.00031141 CO: 0.00004000 NO: 0.00279899 O2: 0.10139921 H2O: 0.04098602 CO2: 0.08225497 N2: 0.77217324 Above properties printed below in a column for cut & paste: 0.177433E+04 0.318160E+06 0.135265E+04 0.126571E+01 0.293252E+02 0.411475E-01 2 0.667379E-06 0.300633E-04 0.202041E-10 0.542143E-05 0.311411E-03 0.400019E-04 0.279899E-02 0.101399E+00 0.409860E-01 0.822550E-01 0.772173E+00 P = 1 atm Φ =1.0 Adiabatic Flame Calculation for Specified Fuel, Phi, P, & Reactant Enthalpy Using Olikara & Borman Equilibrium Routines Problem Title: USER SPECIFIES TITLE HERE Data below are as read from the input file. Compare with INPUT.HP. If they do not agree, your input data have not been entered correctly. CARBON ATOMS 2.0 HYDROGEN ATOMS 2.0 OXYGEN ATOMS 0.0 NITROGEN ATOMS 0.0 EQUIVALENCE RATIO 1.000 TEMPERATURE (K) guess 2000.0 PRESSURE (Pa) 101325.0 ENTHALPY OF REACTANTS (kJ/kmol fuel) 226748.0 FLAME TEMP. & COMBUSTION PRODUCTS PROPERTIES Flame Temperature [K] = 2539.27 Mixture Enthalpy [J/kg] = 0.6136E+06 Mixture Specific Heat, Cp [J/kg-K] = 0.306891E+04 Specific Heat Ratio, Cp/Cv = 1.1282 Mixture Molecular Weight [kg/kmol] = 28.9964 Moles of Fuel per Mole of Products = 0.07846758 The mole fractions of the product species are: H: 0.00186495 O: 0.00222941 N: 0.00000036 H2: 0.00393885 OH: 0.00718961 CO: 0.04050889 3 NO: 0.00696151 O2: 0.01639538 H2O: 0.07000146 CO2: 0.11642628 N2: 0.73448332 Above properties printed below in a column for cut & paste: 0.253927E+04 0.613606E+06 0.306891E+04 0.112821E+01 0.289964E+02 0.784676E-01 0.186495E-02 0.222941E-02 0.357433E-06 0.393885E-02 0.718961E-02 0.405089E-01 0.696151E-020....
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HW1P2DataFilesME525SP2011 - 1 ME 525 SP2011 Homework#1...

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