error code 127
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I use Fluent.Â
Following are the steps for an error to appear:
1. Open Fluent without Workbench.
2. Import mesh which is made with Gmsh app.
  (the file format is ".unv")
3. Energy eq.: ON
4. Select "Species transport" for Species model.
5. Reactions: Volmetric ON
6. Select "CHEMKIN-CFD Solver" for chemistory solver.
7. Import CHEMKIN format mechanism
  (Select three types files: "chem.inp", "thermo.dat", "tran.dat"
8. When I click the "import" button, the error(code: 127) appears.
The chemical reaction model to be used are following three mechanisms(only input file):1. Connaire mech:
elementsh c o n arendspeciesÂÂh      h2     o       o2     oh       Âh2o     n2     ho2      h2o2    ar       Âendreactions              cal/mole  h+o2 = o+oh  1.915E+14  0.00 1.644E+04       rev / 5.481E+11  0.39 -2.930E+02 /  o+h2 = h+oh  5.080E+04  2.67 6.292E+03       rev / 2.667E+04  2.65 4.880E+03 /  oh+h2 = h+h2o  2.160E+08  1.51 3.430E+03       rev / 2.298E+09  1.40 1.832E+04 /  o+h2o = oh+oh  2.970E+06  2.02 1.340E+04       rev / 1.465E+05  2.11 -2.904E+03 /  h2+m = h+h+m   4.577E+19 -1.40 1.044E+05       rev / 1.146E+20 -1.68 8.200E+02 /  h2/2.5/ h2o/12.0/  o2+m = o+o+m   4.515E+17 -0.64 1.189E+05       rev / 6.165E+15 -0.50 0.000E+00 /  h2/2.5/ h2o/12.0/ ar/0.83/  oh+m = o+h+m   9.880E+17 -0.74 1.021E+05       rev / 4.714E+18 -1.00 0.000E+00 /  h2/2.5/ h2o/12.0/ ar/0.75/  h2o+m = h+oh+m   1.912E+23 -1.83 1.185E+05       rev / 4.500E+22 -2.00 0.000E+00 /  h2/0.73/ h2o/12.0/ ar/0.38/  h+o2(+m) = ho2(+m) 1.475E+12 0.60 0.000E+00!      rev / 3.090E+12 0.53 4.887E+04 /      low / 3.4820E+16 -4.1100E-01 -1.1150E+03 /  troe/0.5 1.0000E-30 1.0000E+30 1.0000E+100 /  h2/1.3/ h2o/14.0/ ar/0.67/  ho2+h = h2+o2  1.660E+13  0.00 8.230E+02       rev / 3.164E+12  0.35 5.551E+04 /  ho2+h = oh+oh  7.079E+13  0.00 2.950E+02       rev / 2.027E+10  0.72 3.684E+04 /  ho2+o = oh+o2  3.250E+13  0.00 0.000E+00       rev / 3.252E+12  0.33 5.328E+04 /  ho2+oh = h2o+o2  2.890E+13  0.00 -4.970E+02       rev / 5.861E+13  0.24 6.908E+04 /  h2o2+o2 = ho2+ho2   4.634E+16 -0.35 5.067E+04       rev / 4.200E+14  0.00 1.198E+04 /  DUPLICATE  h2o2+o2 = ho2+ho2   1.434E+13 -0.35 3.706E+04       rev / 1.300E+11  0.00 -1.629E+03 /  DUPLICATE  h2o2(+m) = oh+oh(+m) 2.951E+14  0.00 4.843E+04!     rev / 3.656E+08  1.14 -2.584E+03 /      low / 1.202E+17 0.00 45500. /    troe /0.5 1.0e-30 1.0e+30 1.0e+100/    h2/2.5/ h2o/12.0/ ar/0.64/  h2o2+h = h2o+oh  2.410E+13  0.00 3.970E+03       rev / 1.269E+08  1.31 7.141E+04 /  h2o2+h = h2+ho2  6.025E+13  0.00 7.950E+03       rev / 1.041E+11  0.70 2.395E+04 /  h2o2+o = oh+ho2  9.550E+06  2.00 3.970E+03       rev / 8.660E+03  2.68 1.856E+04 /  h2o2+oh = h2o+ho2   1.000E+12  0.00 0.000E+00       rev / 1.838E+10  0.59 3.089E+04 /  DUPLICATE  h2o2+oh = h2o+ho2   5.800E+14  0.00 9.557E+03       rev / 1.066E+13  0.59 4.045E+04 /  DUPLICATEendÂ2. Boivin mech:ÂELEMENTSN H OÂENDSPECIESN2        H         O2        OH        O         H2        H2O        HO2        H2O2          ÂENDREACTIONSH+O2 <=> OH+O               3.520e+16  -0.700 17069.80H2+O <=> OH+H               5.060e+04  2.670  6290.63H2+OH <=> H2O+H              1.170e+09  1.300  3635.282 H+M <=> H2+M               1.300e+18  -1.000   0.00H2/2.50/ H2O/12.00/H+OH+M <=> H2O+M              4.000e+22  -2.000   0.00H2/2.50/ H2O/12.00/H+O2(+M) => HO2(+M)            4.650e+12  0.440   0.00H2/2.50/ H2O/16.00/ O2/1.0/   LOW / 5.750e+19  -1.400   0.00 /   TROE/   0.5  1e-30   1e+30    /HO2+H => 2 OH               7.080e+13  0.000  295.00HO2+H <=> H2+O2              1.660e+13  0.000  823.00HO2+OH => H2O+O2              2.890e+13  0.000  -497.13             ÂH2O2(+M) => 2 OH(+M)            2.623e+19  -1.388 51323.00H2/2.00/ H2O/6.00/   LOW / 8.153e+23  -1.918   49621.00 /   TROE/  0.735  94   1756.00    /2 HO2 => H2O2+O2              3.020e+12  0.000  1386.23       ÂHO2+H2 => H2O2+H              1.624e+11  0.607 23933.00END3. UT-JAXA mech:
ELEMENTSÂH O N AR HEENDÂSPECIESÂH O OH H2 O2 HO2 H2O H2O2 N2 AR HEÂENDÂREACTIONS              cal/moleOH+H2 = H2O+H 2.160E+08 1.51 3.43E+03 !n LLNLH +O2 = OH+O          1.910E+14    0.0    1.644E+04 ! LLNLO +H2 = OH+H 5.080E+04 2.67 6.292E+03 !a (Sutherland)Â! HO2 reactionsOH+HO2 = H2O+O2          2.890E+13    0.0    -5.0E+02 !nH +HO2 = H2+O2          3.660E+06    2.087  -1.45E+03 !Michael, Reverse ReactionH +HO2 = OH+OH          7.080E+13    0.0    3.0E+02 !MullerH +HO2 = H2O+O          1.340E+13    0.0   1.34E+03 !Boldwin, revisedO +HO2 = O2+OH 3.250E+13 0.0   0.000E+00 !b!HO2+HO2 = H2O2+O2 4.200E+14    0.0   1.2E+04 !cHO2+HO2(+M) = H2O2+O2(+M) 1.320E+11    0.0   -1.192E+03 !p              LOW/ 6.890E+14    0.0   -1.947E+03/ !pÂOH+OH = O+H2O 4.330E+03 2.7 -2.485E+03 !aÂ! H2O2 reactionsH2O2+H = H2O+OH          8.190E+08    1.55  3.455E+03 !o set-iiH2O2+H = HO2+H2          8.067E+19   -1.574 1.6838E+04 !oDUPLICATEH2O2+H = HO2+H2          1.042E+13    0.0   6.569E+03 !oDUPLICATEH2O2+OH = H2O+HO2 1.700E+18    0.0   2.9407E+04 !nÂDUPLICATEH2O2+OH = H2O+HO2 2.000E+12 0.0  4.27E+02 !nÂDUPLICATEH2O2+O =HO2+OH 6.620E+11 0.0 3.974E+03 !bÂ! reaconbination reactions! H+O2+MH+O2(+M) = HO2(+M)        1.933E+12    0.56    0.000E+00 !n    LOW/ 4.57E+18 -1.120 0.0/               !h (Ar)    TROE/ 0.62 1.0E-10 1.0E+10/              !i    O2/0.0/ H2O/0.0/ H2/0.0/ N2/0.0/ HE/0.0/       !H+O2(+H2) = HO2(+H2)        1.933E+12    0.56   0.000E+00 !n    LOW / 3.52E+18 -0.896 0.0/              !fit h    TROE/ 0.5 1.0E-10 1.0E+10/H+O2(+N2) = HO2(+N2)       1.933E+12    0.56    0.000E+00 !n    LOW/ 1.75E+19 -1.232 0.0/               !h (N2)    TROE/ 0.67 1.0E-10 1.0E+10/              !iH+O2(+O2) = HO2(+O2)       1.933E+12    0.56    0.000E+00 !n    LOW/ 1.41E+18 -0.849 0.0/               !h (O2),fit K. Hasegawa    TROE/ 0.5 1.0E-10 1.0E+10/H+O2(+H2O) = HO2(+H2O)      1.933E+12    0.56    0.000E+00 !n    LOW/ 3.63E+19 -1.0 0.0/                !n    TROE/ 0.81 1.0E-10 1.0E+10/              !nH+O2(+HE) = HO2(+HE)        1.933E+12    0.56   0.000E+00 !i,h    LOW / 2.83E+19 -1.32 359.6/              ! fit to fig.12 of Micheal    TROE/ 0.59 1.0E-10 1.0E+10/              !i!H+H+M = H2+M           7.000E+17   -1.0    0.000E+00 !e    H2/0.0/ H/0.0/ O2/2.2/ H2O/14.4/ N2/0.0/    !eH+H+H2 = H2+H2          1.000E+17   -0.6    0.000E+00 !eH+H+N2 = H2+N2          5.400E+18   -1.3    0.000E+00 !eH+H+H = H2+H           3.200E+15    0.0    0.000E+00 !e!H+OH+M = H2O+M          3.500E+22   -2.0    0.000E+00   !adjust    H2O/12.0/ AR/0.38/ HE/0.38/                !n=>H2O/6.4/ÂH+O+M = OH+M           6.750E+18   -1.0    0.000E+00 !k (cited by Konnov)    H2O/5.0/ÂÂO+O+M = O2+M           6.160E+15   -0.5    0.000E+00 !d    H2/2.5/ H2O/12.0/ AR/0.0/O+O+AR = O2+AR          1.890E+13    0.0  -1.79E+03 !dO+O+HE = O2+HE          1.890E+13    0.0  -1.79E+03 !!O+OH+M = HO2+M          1.350E+15   -0.216   0.000E+00 !German & MillerÂ!H2O2(+M) = OH+OH(+M)       3.0000E+14   0.0   4.8482E+04 !n    LOW /2.2900E+16   0.0   43634./!m (AR)    TROE/0.44 1.0E-10 1.0E+10/              !m    H2O/15.0/ H2/3.0/ O2/2.2/ N2/3.0/          !Rule of Thumb
Additionally, I tried the method to use console to import CHEMKIN format file, but the error also occurs.
If you need more imformation, I would like you to ask me.
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The Chem.out file is not being generated.ÂRegarding the second screenshot, I apologize for the confusion. I am using the Japanese version of Windows, and the address displayed is not related to the import of "thermo.db." It is the default address shown when opening this window. I will provide a screenshot that includes the imported files "thermo.dat" and "tran.dat."ÂAttach the updated screenshot showing the imported "thermo.dat" and "tran.dat" files.ÂBased on the address shown, it does not appear to contain any non-ASCII characters.Â
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I set no direct source and deselected the option to transfer property data, but I also got an error...
Is this error for the license? Does it have possible the problem regards to installing??I appreciate your reply and suggestions.
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I set no direct source and deselected the option to transfer property data, but I also got an error...
Is this error for the license? Does it have possible the problem regards to installing??I appreciate your reply and suggestions.
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