Problem with depletion calculation - Triton - SCALE 6.1.3

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Ondrej Novak

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Apr 10, 2016, 7:31:41 AM4/10/16

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I am trying to do pin by pin burnup for the fuel assembly, but it's crashing all the time.
Could you please help me?
Thank you
Ondrej

*******************************************************************************

                  Job Information
                  ---------------
      Job started on choloepus on pá 08/04/2016 11:29:13
      Working directory: /tmp/scale.novak.2772
      Input file name : /home/novak/Diplomka/scale/reg1/reg1.7c.inp
      Output file name : /home/novak/Diplomka/scale/reg1/reg1.7c.out

*******************************************************************************

Now executing triton
Now executing crawdad
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=====================================================================================
   Outer iteration sweep begins.

Outer Eigen- Eigenvalue Max Flux Max Flux     Max Fuel Max Fuel     Inners
It. #   value     Delta    Delta   Location(r,g) Delta   Location(r,g) Cnvrged
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    1 1.0000   0.000E+00 3.197E+03 ( 1581,238)   3.197E+03 ( 1581,238)    F
    2 0.7198   3.893E-01 3.953E+01 ( 8462, 1)   3.941E+01 ( 8499, 1)    F
    3 0.5625   2.796E-01 3.404E+01 ( 4369, 1)   3.370E+01 ( 3245, 1)    F
    4 0.4605   2.215E-01 3.145E+01 ( 3242, 1)   3.091E+01 ( 4394, 1)    F
    5 0.4150   1.098E-01 1.678E+01 (18340, 1)   1.451E+01 ( 132, 1)    F
    6 0.4027   3.059E-02 3.410E+00 (18340, 1)   1.955E+00 ( 132, 1)    F
    7 0.4128   2.465E-02 1.000E+00 (    1, 1)   1.440E-01 ( 8499,200)    F
    8 0.4387   5.885E-02 1.107E-01 ( 8509,200)   1.106E-01 ( 8499,200)    F
    9 0.4746   7.572E-02 8.073E-02 ( 8509,205)   8.062E-02 ( 8499,205)    F
   10 0.5157   7.974E-02 5.701E-02 ( 8509,207)   5.690E-02 ( 8499,207)    F
   11 0.5576   7.506E-02 4.230E-02 (13663,224)   4.229E-02 (13653,224)    F
   12 0.5964   6.513E-02 3.760E-02 (13711,221)   3.758E-02 (13686,221)    F
   13 0.6295   5.258E-02 3.276E-02 ( 8360, 31)   3.256E-02 ( 8332, 31)    F
   14 0.6553   3.933E-02 2.899E-02 ( 8360, 40)   2.882E-02 ( 8332, 40)    F
   15 0.6733   2.670E-02 2.536E-02 (11846, 41)   2.524E-02 ( 8332, 42)    F
   16 0.6839   1.552E-02 2.242E-02 ( 8346, 58)   2.241E-02 ( 8332, 58)    F
   17 0.6882   6.278E-03 2.033E-02 ( 8353, 63)   2.030E-02 ( 7319, 63)    F
   18 0.6876   8.464E-04 1.868E-02 ( 8509,189)   1.867E-02 ( 8499,189)    F
   19 0.6837   5.664E-03 1.621E-02 ( 8509,200)   1.620E-02 ( 8499,200)    F
   20 0.6776   9.019E-03 1.309E-02 ( 8509,200)   1.308E-02 ( 8499,200)    F
   21 0.6706   1.050E-02 9.827E-03 ( 8509,205)   9.816E-03 ( 8499,205)    F
   22 0.6635   1.071E-02 7.094E-03 ( 8509,207)   7.083E-03 ( 8499,207)    F
   23 0.6569   9.961E-03 5.661E-03 ( 8449,224)   5.659E-03 ( 8488,224)    F
   24 0.6513   8.599E-03 5.078E-03 ( 8509,221)   5.074E-03 ( 8499,221)    F
   25 0.6469   6.910E-03 4.325E-03 ( 143, 31)   4.290E-03 (18351, 31)    F
   26 0.6436   5.129E-03 3.822E-03 ( 143, 41)   3.803E-03 (18351, 41)    F
   27 0.6414   3.433E-03 3.336E-03 (18379, 42)   3.331E-03 (18366, 53)    F
   28 0.6401   1.942E-03 3.028E-03 (18226, 59)   3.026E-03 (18224, 59)    F
   29 0.6397   7.217E-04 2.756E-03 ( 419,189)   2.755E-03 (18224,189)    F
   30 0.6398   1.894E-04 2.457E-03 (17831,200)   2.457E-03 (17822,200)    F
   31 0.6401   5.374E-04 2.068E-03 ( 953,200)   2.067E-03 (17816,200)    F
   32 0.6408   1.083E-03 1.635E-03 ( 941,200)   1.634E-03 (17826,200)    F
   33 0.6417   1.424E-03 1.218E-03 ( 941,205)   1.217E-03 (17826,205)    F
   34 0.6427   1.426E-03 8.740E-04 ( 941,208)   8.731E-04 (17826,208)    F
   35 0.6435   1.320E-03 7.411E-04 (18222,221)   7.409E-04 (18212,221)    F
   36 0.6442   1.137E-03 6.708E-04 ( 8520, 29)   6.691E-04 ( 8398, 29)    F
   37 0.6448   9.138E-04 6.015E-04 ( 8521, 31)   5.986E-04 ( 8398, 31)    F
   38 0.6453   6.692E-04 5.328E-04 (10690, 41)   5.313E-04 ( 8499, 41)    F
   39 0.6455   4.186E-04 4.652E-04 ( 8523, 42)   4.633E-04 ( 8499, 42)    F
   40 0.6457   2.130E-04 4.150E-04 ( 9519, 59)   4.146E-04 ( 8497, 59)    F
   41 0.6457   6.862E-05 3.733E-04 ( 8509, 74)   3.730E-04 ( 8499, 74)    F
   42 0.6457   6.448E-06 3.302E-04 ( 9531,200)   3.302E-04 ( 8499,200)    F
   43 0.6457   4.208E-05 2.754E-04 ( 9519,189)   2.753E-04 ( 8499,201)    F
   44 0.6456   6.217E-05 2.184E-04 ( 8509,189)   2.182E-04 ( 8499,189)    F
   45 0.6456   7.774E-05 1.663E-04 ( 9519,200)   1.662E-04 ( 8499,200)    F
   46 0.6455   8.098E-05 1.238E-04 ( 8509,207)   1.236E-04 ( 8499,207)    F
   47 0.6455   7.750E-05 1.006E-04 ( 8506,222)   1.006E-04 ( 8488,222)    F
   48 0.6454   6.703E-05 9.068E-05 ( 9530,221)   9.063E-05 ( 8499,221)    F
   49 0.6454   5.775E-05 7.719E-05 ( 8504,224)   7.715E-05 ( 8499,224)    F
k-eff =       0.64540563      Time=      0.00d Branch 000 Nominal conditions

Critical Spectra Calculated with the B1 Method
Critical Buckling is -5.14201E-02
Cross sections were weighted using the B1 critical flux.
Now executing triton
forrtl: severe (153): allocatable array or pointer is not allocated
Image              PC                Routine            Line        Source
triton             00000000009FF3DA Unknown               Unknown Unknown
triton             00000000009FDF55 Unknown               Unknown Unknown
triton             0000000000992C36 Unknown               Unknown Unknown
triton             000000000093A645 Unknown               Unknown Unknown
triton             000000000096ED53 Unknown               Unknown Unknown
triton             00000000004DF10A perturbation_modu         381 perturbation_module.f90
triton             00000000004DD6D8 perturbation_modu         345 perturbation_module.f90
triton             0000000000421183 concupdate_               441 concupdate.f90
triton             000000000040C013 MAIN__                   1133 triton.f90
triton             000000000099DCFE Unknown               Unknown Unknown
triton             0000000000A10CD1 Unknown               Unknown Unknown
triton             00000000004001BA Unknown               Unknown Unknown
Scale job /home/novak/Diplomka/scale/reg1/reg1.7c.inp is finished.
Output is stored in /home/novak/Diplomka/scale/reg1/reg1.7c.out.

reg1.7c.inp

Filip Novotny

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Apr 14, 2016, 1:49:11 PM4/14/16

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Hi,

I have never try this calculation but during the reading of the manual I found this: The pinpow functionality is not available for hexagonal, shexagonal, or rhexagonal lattices (page 2856). Maybe that is your problem.