Validation of ign_C3H6_6_5

Thermodynamic conditions

• Temperature, $T$: 1383.0 K
• Pressure, $p$ : 9.9 atm
• Equivalence Ratio, $\phi$: 1.001
• Mixture Composition, $X$: 0.89% C3H6-4.00% O2-95.11% AR

Experimental measurement

• Source: experimental data from (TX)-BBD2015
• Data type: Shock tube ignition delay measurement
• Experimental method: onset OH*
• Experimental value: 810.0 $\mu s$
• Experimental uncertainty: $ \times / \div$ 1.48

Model predictions

Trial model prediction: 907.31 $\mu s$

Trial model uncertainty: $ \times / \div$ 1.09

Optimized model prediction: 822.8 $\mu s$

Optimized model uncertainty: $ \times / \div$ 1.05

FFCM-2 performance

Sensitivity and impact factor

Reference

BBM2015 - Burke, S. M., Burke, U., Mc Donagh, R., Mathieu, O., Osorio, I., Keesee, C., … Curran, H. J. (2015). An experimental and modeling study of propene oxidation. Part 2 Ignition delay time and flame speed measurements. Combustion and Flame, 162, 296–314.

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