JetSurF (Version 0.2)

Release date: September 08, 2008

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JetSurF 0.2 download

Performance

How to cite

 

 

 

Performance That We Know:

 

Validation tests for the base model can be found at the USC-Mech II website:

 

·          Ignition Delays

·          Species Profiles in Shock-Tube Oxidation

·          Laminar Flame Speeds

·          Flow Reactor

·          Burner Stabilized Flames

              

These tests include the oxidation of H2, CO, CH4, C2H2, C2H4, C2H6, pC3H4 (propyne), aC3H4 (allene), C3H6, C3H8, 1,3-C4H6 (1,3-butadiene), 1-C4H8 (1-butene), n-C4H10 (n-butane).

 

For higher-hydrocarbons, validation tests include

 

  • Laminar flame speeds

 

n-dodecane-air mixtures, p = 1 atm, Tu = 403 K.

           You, Egolfopoulos & Wang (2008)

 

CkH2k+2 (5 ≤ k ≤ 10)-air mixtures, f = 0.7 to 1.5, p = 1 atm, Tu = 353. K for 5 ≤ k ≤ 8 and 403 K for k = 9 & 10.

           Egolfopoulos et al. unpublished (2008)

 

n-pentane, n-hexane & n-heptane-air mixtures, p = 1 atm, Tu = 298 K.

           Davis & Law (1998).

 

n-Heptane-air mixtures, p = 0.5 to 2 atm, Tu = 350 K.

           Smallbone et al. (2008).

 

n-Pentane-air mixtures, p = 1, 2, 5 & 10 atm, Tu = 353 K.

           Kelley & Law. unpublished (2008).

 

  • Ignition delay times behind reflected shock waves

 

n-dodecane-oxygen-nitrogen, p5 = 20 atm.

           Vasu, Davidson, Hong, Vasudevan & Hanson (2008).

 

n-decane-oxygen-argon and n-heptane-oxygen-argon mixtures, 1 ≤ p5 ≤ 4 atm.

           Horning, Davidson & Hanson (2002).

 

n-heptane-oxygen-argon mixtures, 1 ≤ p5 ≤ 2 atm.

           Smith, Simmie & Curran (2005).

 

n-decane-oxygen-argon mixtures, p5 = 13 atm.

           Zhukov, Sechenov, Starikovskii (2008).

 

n-CkH2k+2 (5 ≤ k ≤ 9)-oxygen-argon mixtures (1.7 ≤ p5 ≤ 5 atm).  

           Davidson & Hanson, unpublished (2008).

 

  • Species profiles behind reflected shock waves

 

n-decane-oxygen-argon and n-heptane-oxygen-argon mixtures, p5 = 2 atm.

           Davidson, Herbon, Horning & Hanson (2001).

 

n-heptane-oxygen-argon mixtures, (1.61 ≤ p5 ≤ 1.72 atm).

           Davidson, Oehlschlaeger & Hanson (2007).

 

  • Species concentration profiles in Jet-Stirred and Flow Reactors

 

n-dodecane pyrolysis in jet-stirred reactor (p = 1 atm).

           Herbinet, Marquaire, Battin-Leclerc & Fournet (2007).

 

n-dodecane pyrolysis in plug flow reactor (p = 1 atm).

           Dahm, Virk, Bounaceur, Battin-Leclerc, Marquaire, Fournet, Daniau &  Bouchez (2004).

 

n-dodecane oxidation in a flow reactor as a function of temperature (p = 8 atm, t = 120 ms, 625 ≤ T ≤ 825 K)

           Kurman, Natelson, Cernansky & Miller (2009).