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Methane/peroxide combustion
Here are the mechanisms which will be detailed in the following section :
They are sorted in decending order of complexity.
You can find the datas provied on this page on the online database.
Two-steps mechanism
This scheme is nearly the same as the one used in the methane-air combustion but has been corrected (adiff, Corrspeed, Corr1 and Corr2 coefficients at the begining of the .cti file) to fit the flame speed, the adiabatic temperature and the formation of certain species since the reactions are performed at high temperature and pressure conditions. The mechanism involves 5 species.
- 1D freely-propagating premixed flame
The solution and data files can be found in this directory. The flame has been computed at 1000K, 17 bar, phi=1.0, on a 51 points refined mesh using the "Mix" transport model.
One-step mechanism
Still 5 species are involved in this scheme but the CO-CO2 equilibrium is not accounted for anymore. The .cti file is available here and has been corrected (adiff and aspeed coefficients in the .cti file) to match the flame speed and adiabatic temperature for an equivalence ratio of 1 only !
- 1D freely-propagating premixed flame
The solution and data files can be found in this directory. The flame has been computed at 1000K, 17 bar, phi=1.0, on a 44 points refined mesh using the "Mix" transport model.