CERFACS Chemistry Sharing knowledge for CFD chemical kinetics

Mechanisms list

Here is a list of every mechanism available on this website.

If you want a research by fuel and type of mechanism, please go to the data table.

The color code is the following :

  • these mechanisms are available freely with the adequate citation.
  • these mechanisms are not available directly and you must ask CERFACS to provide you the access. Go to the contact page if you need any of those.

 

Detailed mechanisms
Mechanism name
Species Reactions
GRI-Mech 3.0 53 325
GRI-Mech 2.11 49 279
Konnov (v0.5) 127 1200
Konnov (v0.6) 201 2300
San Diego 57 268
POLIMI C1_C3 mechanism 159 268
USC II 111 784
Wang 75 529
Curran 1034 8453
Anderlhor 536 3000
Jerzembeck 203 1001
Dagaut 225 1800
JetSurf 348 2163
Narayanaswamy 362 1861
POLIMI C1_C16 mechanism 368 to 621
14323 to 27369

 

Skeletal mechanisms
Mechanism name Species Reactions
Boivin 9 12
Frassoldati 10 6
Lu methane 30 184
Sankaran 17 73
CH4_17_82_CL 17 82
CH4_62_756_POLIMI 62 756
CH4_24_148_AP 24 148
Lu ethylene 32 206
Luca’s methane 16 72
Peters propane 31 107
C3H8_34_173_FC 34 173
C3H8_33_170_QM 33 170
C3H8_32_153_QM 32 153
C3H8_30_114_QM 30 114
C3H8_35_164_QM 35 164
C3H8_37_129_QM 37 129
C3H8_30_108_MZ 30 108
C3H8_31_124_MZ 31 124
NC7H16_53_221_FC 53 221
SPK_48_415_ICARE 48 415
Luche 91 991
C10H22_42_255_PP 42 255
MZ 19 32
C12H26_42_145_JW 42 145
A1_52_326_QC 69 326
B1_55_225_JW 55 225
C1_68_265_QC 68 265
C1_64_305_JW 64 305
ARC mechanisms
Mechanisms name Species (transported) Species (QSS) Reactions
Lu 19 11 184
Sankaran 13 4 73
CH4_10_82_7_CL 10 7 82
CH4_22_320_18_TJ 22 18 320
CH4_25_398_19_SNA 25 19 398
CH4_15_138_9_AP 15 9 138
CH4_16_129_10_QC (Cazères16) 16 10 129
CH4_22_140_14_QC (Cazères22) 22 14 129
C2H4_18_320_11_AF 18 11 320
C2H4_28_205_14_LG 28 14 205
C3H8_22_173_12_FC 22 12 173
C3H8_21_170_12_QM 21 12 170
C3H8_21_153_11_QM 21 11 153
C3H8_20_114_10_QM 20 10 114
C3H8_21_322_14_QM 21 14 322
C3H8_23_128_14_QM 23 14 128
C4H10_19_182_14_RC 19 14 182
C4H10_24_413_12_QC (Cazères24) 24 12 413
NC7H16_25_210_27_FC 25 27 210
IC8H18_21_201_11_QM 21 11 201
C10H22_26_255_16_PP 26 16 255
NC12H26_27_452_20_TJ 27 20 452
NC12H26_25_373_27_TJ 25 27 373
HYCHEM_27_272_12_AF 22 12 272
HYCHEM_29_548_17_AF 29 17 548
JETAPAH_29_233_15_LG 29 15 233
JETA_39_476_15_QC 39 15 276
C12H26_27_145_15_JW 27 15 145
A1_36_543_16_QC 36 16 543
B1_31_225_24_JW 31 24 225
C1_35_265_33_QC 35 33 265
C1_38_299_26_JW 38 26 299

 

Global mechanisms

BFER methane/air (6 species and 2 reactions)

1 step methane/air (5 species and 1 reactions)

BFER ethylene/air (6 species and 2 reactions)

2 steps propane/air (6 species and 2 reactions)

2 steps iso-octane/air (6 species and 2 reactions)

BFER kerosene/air (6 species and 2 reactions)

 

Sub-mechanisms

San Diego nitrogen (21 species and 40 reactions)

DLR OH* and CH* sub-mechanism (18 species, 28 reactions)

No event has been found

No event has been found

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