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Kinetic mechanisms for the oxidation of toluene reference fuel with ethanol addition (TRFE). Funded by the ANR project MACDIL.

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BoyangMichael/MACDILMECH

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MACDILMECH

Kinetic mechanisms for the combustion of toluene reference fuel with ethanol addition (TRFE). Funded by the ANR project MACDIL (ANR-15-CE22-0014).

Kinetic Details

Details of the mechanism is described in the main body and supplementary materials of the following journal article.

Boyang Xu, Pascal Dievart, Mickael Matrat, Julian Garrec, Laurent Catoire.
An updated empirical correlation formalism for laminar flame speeds: Application to a TRFE gasoline surrogate in highly diluted conditions. 
Fuel 324 (2022): 124682.
https://doi.org/10.1016/j.fuel.2022.124682

Files

This repository contains the following files in CHEMKIN format.

File Description
MACDIL.chem The MACDIL mechanism (593 species and 3698 reactions). It is reduced from the detailed model MACDIL-detailed.chem. Reduction procedure described in this paper.
MACDIL.therm Thermodynamic database
MACDIL.tran Transport database
MACDIL-detailed.chem The detailed mechanism (2339 species and 9440 reactions).
MACDIL-syngas.chem A detailed mechanism for syngas (H2/CO) combustion. It is a subset of MACDIL-detailed.chem.

How to cite

Please cite the following article, whose bibtex entry is provided here.

Boyang Xu, Pascal Dievart, Mickael Matrat, Julian Garrec, Laurent Catoire. An updated empirical correlation formalism for laminar flame speeds: Application to a TRFE gasoline surrogate in highly diluted conditions. Fuel 324 (2022): 124682. https://doi.org/10.1016/j.fuel.2022.124682

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Kinetic mechanisms for the oxidation of toluene reference fuel with ethanol addition (TRFE). Funded by the ANR project MACDIL.

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