Combustion Kinetic Models
Here, automatically generated detailed kinetic models and combustion kinetic models developed and improved based on them are distributed in Chemkin format.
|*||This work was supported by Council for Science, Technology and Innovation (CSTI),Cross-ministerial Strategic Innovation Promotion Program (SIP),"Innovative Combustion Technology" (Funding agency: JST).|
|||Akira Miyoshi and Yasuyuki Sakai, Construction of a Detailed Kinetic Model for Gasoline Surrogate Mixtures, Transactions of Society of Automotive Engineers of Japan, 48 (5), 1021–1026 (2017) #20174744. [in Japanese]|
|||Akira Miyoshi and Yasuyuki Sakai, Construction of a Detailed Kinetic Model for Gasoline Surrogate Mixtures, Proceedings of the 2017 JSAE Annual Congress (Spring), lect#311, paper#20175311, Yokohama, Japan, May 24–26 (2017). [in Japanese]|
|||Yasuyuki Sakai and Akira Miyoshi, Development of Reduced Chemical Kinetics Mechanism of Gasoline Surrogate Fuel, Proceedings of the 28th Internal Combsution Engines Symposium, lect#59, paper#20178019, Fukuoka, Japan, Dec. 6–8 (2017). [in Japanese]|
|||Yasuyuki Sakai, Keizo Hasegawa and Akira Miyoshi, Development of Reduced Chemical Kinetics Mechanism of Gasoline Surrogate Fuel with Oxigenated Compounds, Proceedings of the 29th Internal Combsution Engines Symposium, lect#34, paper#20183155, Kyoto, Japan, Nov. 26–28 (2018). [in Japanese]|
|5-component surrogate||3-component (TRF)||2-component (PRF)|
|Deatailed rev. 2.01
|with embedded NOx|
|Reduced rev. 1.0
|with embedded NOx|
|Deatailed mech||5-component surrogate||3-component (TRF)||2-component (PRF)|
|Deatailed rev. 2.0 sipgd200.zip (‹Œ”Å)||SIP-Gd2_s5_*.txt
|Deatailed rev. 1.02 sipgd102.zip (old ver)||SIP-Gd102_*.txt||SIP-Gd102-s3_*.txt||SIP-Gd102-s2_*.txt|
|Deatailed rev. 1.01 sipgd101.zip (old ver)||SIP-Gd101_*.txt||SIP-Gd101-s3_*.txt||SIP-Gd101-s2_*.txt|
|Deatailed rev. 1.0 sipgd100.zip (old ver)||SIP-Gd1_*.txt||SIP-Gd1-s3_*.txt||SIP-Gd1-s2_*.txt|
|Reduced mech||5-component surrogate||3-component (TRF)||2-component (PRF)|
|Reduced rev. 1.0 sipgr100.zip (old ver)||SIP-Gr1_*.txt||SIP-Gr1-s3_*.txt||SIP-Gr1-s2_*.txt|
C3H5CHOa+X=OCCC2H5b+HX, X=H,OH,HO2 & CH3OO), and eliminated the species
C3H5COa. No detectable difference has been found by either of the correction.
"C4H7O2e"), and removed species which were virtually the dead-ends due to duplication (
[3CH2]. By this change, the SMILES error in the [Mechanism Reduction] (Reaction Workbench) could be avoided, and this activates the [Isomer Lumping] options (23-Nov-2017).