 09/29/16 12:45:54 Database gtSteam_expa_17315tce created
 ==============================================================================
 GT-SUITE - GAMMA TECHNOLOGIES
 ------------------------------------------------------------------------------
 License  :  GT-SUITE
 Version  :  2016
 Build #  :  3.0000
 Platform :  Windows 64 bit
 Date     :  29-SEP-16  Time: 12:45:53
 File     :  D:\DOKUMENTY\AICTA\2015 - parní stroj\GT-model - 1valec\optim 0.25kgps\Steam-expander_WATER_v08_komplet_walltemp_cylsoln_2_simple_v3-singlecyl_opt.dat
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 INFO  Shared object versions used:
   C:\GTI\bin\win64\GTIusr2016_64_dp.dll            3.0000
   C:\GTI\v2016\GTsuite\bin\win64\gtstoredp.dll     3.0000
   C:\GTI\v2016\GTsuite\bin\win64\gtmt.dll          3.0000
   (Note the user dll/so build number need not match the solver)
 INFO Allocating Object/Part memory...
*WARN: XYZPoints_h2s-lookup
       1 duplicate points (x-y-z triplets) removed from data.
       Removed point # 35; a duplicate of point # 30
*WARN:XYZPoints_h2s-lookup
      X-Y-Z points should be provided at or very close to the endpoints
      of the upper and lower bounding curves (i.e. all four "corners"),
      or outside the bounding curves on all sides
        lower-left :NO 
        lower-right:NO 
        upper-left :NO 
        upper-right:NO 
      (For engine maps, upper and lower bounding curves are the
      RPM-BMEP points for 100% load and 0% load, i.e. idle)
      A interpolateable map was created but may not be realistic
 INFO Allocating special part array memory...
 INFO Loading Properties for Refrigerant: WATER
 INFO Finished Loading WATER Refrigerant Properties :  CPU: 0:00:01.03                                                                                    
  LEGEND: orig                                                                                                                      
 INFO Part defining periodic process: CrankTrain-1
 INFO Total number of pipe sub-volumes =  36
 INFO Total number of flow volumes     =  50
*WARN:The following part(s) were found to have either a pressure or
      temperature which was significantly different than its neighbor.
      This may cause numerical instabilities.
      discharge-line-1, discharge-2
 INFO Monitor Initialization Complete
 INFO Total Number of Parts =  170
  Case Number:        1 of  1
  Case Setup Number:  1
 MAIN DRIVER: Case# 1  Period# 1  Freq/RPM=8.33333 500.  Time=0.0
   Cylinder  1 starting cycle 1
 Flow Step       20, dt =   3.486E-05, t =  7.20794E-04
 Flow Step       40, dt =   3.703E-05, t =  1.44980E-03
 Flow Step       60, dt =   3.749E-05, t =  2.19350E-03
 Flow Step       80, dt =   3.807E-05, t =  2.95090E-03
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
*WARN:Temperature specified at EndEnvironmentRefrig is very close to the
      saturation temperature at the current pressure. A two phase condition
      may exist here and is not possible to determine with a temperature
      input. Please consider specifying a quality or enthalpy at the 
      EndEnvironmentRefrig instead of a temperature.
      Encountered in: discharge-2
      Temperature: 354.45 K
      Saturation Temperature: 354.342 K
   Cylinder  2 starting cycle 1
               VOLEF   Pmax
     Cyl-1:    0.055   30.50
     Cyl-3:    0.000  112.20
     ENGINE: IMEP =     -4.97 bar, VOLEF = 0.000 VOLEFm = 0.027
    Flow timesteps/cycle=3060, average time step =    0.118 deg
    Time step restricted by the following flow components 
      intake-port-2:  55.6%
      turb_recup_2-2:  20.6%
 MAIN DRIVER: Case# 1  Period# 2  Freq/RPM=8.33333 500.  Time=0.12
               VOLEF   Pmax
     Cyl-1:    0.097   20.11
     Cyl-3:    0.000   20.12
     ENGINE: IMEP =      4.01 bar, VOLEF = 0.000 VOLEFm = 0.049
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2890, average time step =    0.125 deg
    Time step restricted by the following flow components 
      intake-port-2:  62.1%
      intake-port-1:  24.1%
 MAIN DRIVER: Case# 1  Period# 3  Freq/RPM=8.33333 500.  Time=0.24
               VOLEF   Pmax
     Cyl-1:    0.100   20.00
     Cyl-3:    0.102   19.90
     ENGINE: IMEP =      3.90 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2863, average time step =    0.126 deg
    Time step restricted by the following flow components 
      intake-port-2:  60.2%
      intake-port-1:  30.5%
 MAIN DRIVER: Case# 1  Period# 4  Freq/RPM=8.33333 500.  Time=0.36
               VOLEF   Pmax
     Cyl-1:    0.101   20.01
     Cyl-3:    0.102   19.86
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2861, average time step =    0.126 deg
    Time step restricted by the following flow components 
      intake-port-2:  56.5%
      intake-port-1:  36.4%
 MAIN DRIVER: Case# 1  Period# 5  Freq/RPM=8.33333 500.  Time=0.48
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.84
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2865, average time step =    0.126 deg
    Time step restricted by the following flow components 
      intake-port-2:  54.5%
      intake-port-1:  39.8%
 MAIN DRIVER: Case# 1  Period# 6  Freq/RPM=8.33333 500.  Time=0.6
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2867, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 7  Freq/RPM=8.33333 500.  Time=0.72
 Flow Step    20000, dt =   4.248E-05, t =  0.82841
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 8  Freq/RPM=8.33333 500.  Time=0.84
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 9  Freq/RPM=8.33333 500.  Time=0.96
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 10  Freq/RPM=8.33333 500.  Time=1.08
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 11  Freq/RPM=8.33333 500.  Time=1.2
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 12  Freq/RPM=8.33333 500.  Time=1.32
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 13  Freq/RPM=8.33333 500.  Time=1.44
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 14  Freq/RPM=8.33333 500.  Time=1.56
 Flow Step    40000, dt =   4.288E-05, t =   1.6652
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 15  Freq/RPM=8.33333 500.  Time=1.68
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 16  Freq/RPM=8.33333 500.  Time=1.8
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 17  Freq/RPM=8.33333 500.  Time=1.92
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 18  Freq/RPM=8.33333 500.  Time=2.04
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 19  Freq/RPM=8.33333 500.  Time=2.16
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 20  Freq/RPM=8.33333 500.  Time=2.28
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 21  Freq/RPM=8.33333 500.  Time=2.4
 Flow Step    60000, dt =   4.189E-05, t =   2.5020
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 22  Freq/RPM=8.33333 500.  Time=2.52
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 23  Freq/RPM=8.33333 500.  Time=2.64
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 24  Freq/RPM=8.33333 500.  Time=2.76
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 MAIN DRIVER: Case# 1  Period# 25  Freq/RPM=8.33333 500.  Time=2.88
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
 INFO Requested number of periods reset to =  26
 MAIN DRIVER: Case# 1  Period# 26  Freq/RPM=8.33333 500.  Time=3.
               VOLEF   Pmax
     Cyl-1:    0.100   20.01
     Cyl-3:    0.101   19.83
     ENGINE: IMEP =      3.89 bar, VOLEF = 0.001 VOLEFm = 0.101
   FLOW STEADY STATE:
   RLT STEADY STATE:
    Flow timesteps/cycle=2868, average time step =    0.126 deg
    Time step restricted by the following flow components 
      intake-port-2:  50.0%
      intake-port-1:  48.7%
 INFO Number of flow time steps in this case = 74766
  CASE    COMPUTATIONS:  Elapsed Time: 000:00:51.02
  FINAL   COMPUTATIONS:  Elapsed Time: 000:00:52.07
 END OF RUN
 09/29/16 12:46:46 Creating results (.gdx) file...
 09/29/16 12:46:46 Steam-expander_WATER_v08_komplet_walltemp_cylsoln_2_simple_v3-singlecyl_opt.gdx created.
