JetSurF (Version 1.1) Release date: September 15, 2009
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Performance That We Know:

Validation tests for the base model, including JetSurF version 1.0 and USC-Mech II, can be found at their respective web sites.

For n-butylcyclohexane and its related fuel compounds, the current validation tests include

• Laminar flame speeds

Cyclohexane-, methylcyclohexane- and n-butylcyclohexane-air mixtures,

p = 1 atm, T_u = 353 K.

Egolfopoulos (2009)

Cyclohexane-air mixtures, p = 1 atm, T_u = 298 K.

Davis & Law (1998).

n-Propylcyclohexane-air mixtures, p = 1 atm, T_u = 403 K.

Dubois et al. (2008). 

• Ignition delay times behind reflected shock waves

n-Butylcyclohexane-oxygen-argon, p₅ = 1.5 & 3 atm.

Davidson & Hanson (2009).

Cyclohexane-oxygen-argon mixtures, p₅ = 1.5 & 3 atm.

Davidson & Hanson (2009).

Cyclohexane-oxygen-nitrogen mixtures, p₅ = 15 & 50 atm.

Daley et al. (2008).

Cyclohexane-oxygen-nitrogen mixtures, p₅ = 8 atm.

Sirjean et al. (2007).

Methylcyclohexane-oxygen-argon mixtures, p₅ = 1.5 & 3 atm.

Davidson & Hanson (2009).

Methylcyclohexane-oxygen-nitrogen mixtures, p₅ = 20 atm.

Vasu et al. (2009).

Methylcyclohexane-oxygen-nitrogen mixtures, p₅ = 15 & 50 atm.

Vanderover & Oehlschlaeger (2009).

Methylcyclohexane-oxygen-argon mixtures, p₅ = 1, 2 & 4 atm.

Orme et al. (2006).

Ethylcyclohexane-oxygen-nitrogen mixtures, p₅ = 15 & 50 atm.

Vanderover & Oehlschlaeger (2009).

n-Propylcyclohexane-oxygen-argon mixtures, p₅ = 10 atm.

Dubois et al. (2009).

• Species profiles behind reflected shock waves

Methylcyclohexane-oxygen-argon mixture, p₅ = 15.65 atm.

Vasu et al. (2009).

• Species concentration profiles in Jet-Stirred and Flow Reactors

Cyclohexane oxidation in a jet-stirred reactor (p = 1 atm).

El Bakali et al. (2000).

Methylcyclohexane pyrolysis in trace oxygen in a plug flow reactor (p = 1 atm).

Zeppieri et al. (1997).

Methylcyclohexane oxidation in a plug flow reactor (p = 1 atm).

Zeppieri et al. (1997).