wiki:public/doc-auto/by_ext/mfp/S_specific_heat_capacity
Last modified 3 years ago Last modified on 01/21/16 13:49:12

Input file mfp keyword $SPECIFIC_HEAT_CAPACITY

  1. Input file mfp keyword $SPECIFIC_HEAT_CAPACITY
    1. Documentation from doxygen
    2. Used in benchmarks
      1. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/C/ChemAppCoupling/cation_ …
      2. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/C/matrix_diffusion/OGS_vs …
      3. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/H2T_McWh …
      4. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/F …
      5. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      6. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      7. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      8. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      9. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      10. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      11. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      12. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      13. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      14. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      15. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      16. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/HT_EOS/S …
      17. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/FLUID_PROPERTIES/H_CO2-FL …
      18. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/BHP/bhp.mfp|GAS_ …
      19. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/EoS/CO2/CO2.mfp| …
      20. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/EoS/H2O/H2O.mfp| …
      21. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/Gravity/Gravity. …
      22. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/JTC/JT-Cooling_w …
      23. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/JTC/JT-Cooling_w …
      24. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/Leakage/Leakage. …
      25. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/Plume/Plume.mfp| …
      26. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/Tracertest/AdvDi …
      27. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/Tracertest/AdvDi …
      28. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/gas_flow/h_gas_l …
      29. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GAS_FLOW/nonisothermal_ga …
      30. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GUI/H/model_1.mfp|GUI/H/m …
      31. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GUI/HM/model_1.mfp|GUI/HM …
      32. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GUI/HT/model_1.mfp|GUI/HT …
      33. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GUI/T/model_1.mfp|GUI/T/m …
      34. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/GUI/TM/model_1.mfp|GUI/TM …
      35. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/H/BRAND_M1L1/brand_m1_l1. …
      36. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/H2/HeatPipe/Heatpipe.mfp| …
      37. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/HM/LinearSwelling/hm_swel …
      38. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/HT/ht_frac_line3D.mfp|HT/ …
      39. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/H_us/Wet/1d_ho.mfp|H_us/W …
      40. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/M/creep/BGRa.mfp|M/creep/ …
      41. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/M/creep/creep3d.mfp|M/cre …
      42. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/M/creep/m_crp_bgr.mfp|M/c …
      43. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/M/creep/uc_creep01.mfp|M/ …
      44. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/MPI/cube/thm/thm_cube.mfp …
      45. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/MPI/thm_quad/thm_quad.mfp …
      46. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/MPI/urach/urach.mfp|MPI/u …
      47. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/DISCRETE_FEATURE …
      48. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/DISCRETE_FEATURE …
      49. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/DISCRETE_FEATURE …
      50. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/DISCRETE_FEATURE …
      51. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/DISCRETE_FEATURE …
      52. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/FEM_FCT/mass_adv …
      53. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/SUPG/T_adv_diff_ …
      54. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/NUMERICS/SUPG/T_adv_diff_ …
      55. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/PETSc/T_tri/t_tri.mfp|PET …
      56. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/PETSc/th2m/th2m_quad.mfp| …
      57. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/RWPT/2DGrains/2d_grains.m …
      58. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/RWPT/3DGrain/3d_grain.mfp …
      59. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/1d_thermal_expansion/ex …
      60. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/2units2faults/2units2fa …
      61. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/2units2faults/FCT/2unit …
      62. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/CopyValueBHE/CopyValue. …
      63. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/HT_var_density_1D.mfp|T …
      64. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/Lauwerier/Lauwerier.mfp …
      65. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/Ogata-Banks/Ogata-Banks …
      66. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/TDiff-wall/TDiff-Wall.m …
      67. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/TDiff/TDiff.mfp|T/TDiff …
      68. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/T_1D_axi.mfp|T/T_1D_axi …
      69. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/Viscosity/viscosity_yaw …
      70. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T/t3d/t3d.mfp|T/t3d/t3d.m …
      71. T/t_tri.mfp …
      72. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T2HC/Convection_2D/conv_2 …
      73. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T2HC/Convection_2D_axi/co …
      74. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T2HC/friction/Friction_te …
      75. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T2HC/heat_of_reaction/rea …
      76. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/T2HC/heat_transfer/heat_t …
      77. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TES/Convection_2D/conv_2D …
      78. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TES/Convection_2D_axi/con …
      79. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TES/friction/Friction_tes …
      80. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TES/heat_of_reaction/reac …
      81. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TH2M/JFNK/th2m_quad.mfp|T …
      82. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TH2M/Newton/th2m_quad.mfp …
      83. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TH2M/th2m_quad.mfp|TH2M/t …
      84. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/THM/deco_2015_b2s1/deco_b …
      85. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/THM/init/thm_decov.mfp|TH …
      86. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/THM/thm_decov.mfp|THM/thm …
      87. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TM/TM_axi.mfp|TM/TM_axi.m …
      88. TM/tm2d.mfp …
      89. TM/tm3d.mfp …
      90. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TM/tm_01_3Du.mfp|TM/tm_01 …
      91. [[https://svn.ufz.de/ogs/browser/trunk/benchmarks/TM/tm_02_3Du.mfp|TM/tm_02 …
    3. Source code reading this keyword from Input files
      1. [[https://svn.ufz.de/ogs/browser/trunk/sources/FEM/rf_mfp_new.cpp#L516|FEM/ …

Description

This keyword allows to set specific heat capacity of the current fluid.

Parameters

The first parameter (int) sets the heat capacity model. Possible values are:

  • 1 -- constant heat capacity
  • 2 -- ???
  • 3 -- ?
  • 4 -- ?
  • 11 -- mole fraction weighted average of molar isochoric specific heat capacities converted into isobaric mixture specific heat capacity (ideal conversion)
  • 12 -- mass fraction weighted average of isobaric specific heat capacities using a linearised model
  • 15 -- ?

The default is model no. 1.

Warning: Currently there are benchmarks only for models 1, 12 and 15. The other models might not work!

The subsequent values specify additional parameters depending on the model:

  • model 1: (double) specific heat capacity
  • model 2: (double) C_0 ??
  • model 3: (double, double, int)
    • T_Latent1: minimum temperature for phase change
    • T_Latent2: maximum temperature for phase change
    • heat_phase_change_curve number of the curve from which heatt capacity values are obtained. This curve is defined in the rfd file.
  • model 4: (double*4) T_Latent1, T_Latent2, specific_heat_capacity, latent_heat
    • T_Latent1: minimum temperature for phase change
    • T_Latent2: maximum temperature for phase change
  • model 11, 12: no additional parameters
  • model 15: (double*4) cp[0], ..., cp[3]

Documentation from doxygen

None.

Used in benchmarks

C/ChemAppCoupling/cation_exchange/cmp9.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4000.
   ...

C/matrix_diffusion/OGS_vs_PICNIC/mdif.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

FLUID_PROPERTIES/H2T_McWhorter_PwSnw/h2t_line.mfp

 14:   $SPECIFIC_HEAT_CAPACITY
 15-   1 1000
   ...
 31:   $SPECIFIC_HEAT_CAPACITY
 32-   1 1000
   ...

FLUID_PROPERTIES/HT_EOS/FLUID_PROP.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/CH4-HE.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/CH4-PR.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/CH4-RK.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/CO2-HE.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/CO2-PR.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/CO2-RK.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/H2O-HE.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/H2O-PR.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/H2O-RK.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/N2-HE.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/N2-PR.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/HT_EOS/Substances/N2-RK.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

FLUID_PROPERTIES/H_CO2-FLOW/CO2-FLOW.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 40
   ...

GAS_FLOW/BHP/bhp.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GAS_FLOW/EoS/CO2/CO2.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  15
   ...

GAS_FLOW/EoS/H2O/H2O.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  15
   ...

GAS_FLOW/Gravity/Gravity.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GAS_FLOW/JTC/JT-Cooling_with_matrix/JTCooling.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1.06700e+03
   ...

GAS_FLOW/JTC/JT-Cooling_without_matrix/JTCooling.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1.06700e+03
   ...

GAS_FLOW/Leakage/Leakage.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  15 1000 1000
   ...

GAS_FLOW/Plume/Plume.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GAS_FLOW/Tracertest/AdvDiff/advdiff.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GAS_FLOW/Tracertest/AdvDiffSorption/advdiffsorption.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GAS_FLOW/gas_flow/h_gas_line.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GAS_FLOW/nonisothermal_gas_flow/h_gas_line.mfp

 21:  $SPECIFIC_HEAT_CAPACITY
 22-  1 1000
   ...

GUI/H/model_1.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

GUI/HM/model_1.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

GUI/HT/model_1.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...
 24:   $SPECIFIC_HEAT_CAPACITY
 25-    1 4.680000000000e+003
   ...

GUI/T/model_1.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

GUI/TM/model_1.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

H/BRAND_M1L1/brand_m1_l1.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

H2/HeatPipe/Heatpipe.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 4.218e+03
   ...
 25:  $SPECIFIC_HEAT_CAPACITY
 26-  1  1.180e+03
   ...

HM/LinearSwelling/hm_swelling.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 16:    $SPECIFIC_HEAT_CAPACITY
 17-    1  4.280000e+003  //J/kgC
   ...

HT/ht_frac_line3D.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...

H_us/Wet/1d_ho.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

M/creep/BGRa.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...

M/creep/creep3d.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 1.0
   ...

M/creep/m_crp_bgr.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 1.0
   ...

M/creep/uc_creep01.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 1.0
   ...

MPI/cube/thm/thm_cube.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 16:    $SPECIFIC_HEAT_CAPACITY
 17-    1  4.280000e+003  //J/kgC
   ...

MPI/thm_quad/thm_quad.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 1.01e+3
   ...

MPI/urach/urach.mfp

 12:   $SPECIFIC_HEAT_CAPACITY
 13-    1 4000.
   ...

NUMERICS/DISCRETE_FEATURES/FractureNetwork/TH_3D_fracture_matrix.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

NUMERICS/DISCRETE_FEATURES/FractureNetwork/tracer_2.5D_kluefte.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

NUMERICS/DISCRETE_FEATURES/InclinedFeature/H_incline_45r_line.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4000
   ...

NUMERICS/DISCRETE_FEATURES/InclinedFeature/H_incline_45r_quad.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4000
   ...

NUMERICS/DISCRETE_FEATURES/Lauwerier/Lauwerier.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4000
   ...

NUMERICS/FEM_FCT/mass_adv_line.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4000
   ...

NUMERICS/SUPG/T_adv_diff_steady_SUPG_line.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4e+3
   ...

NUMERICS/SUPG/T_adv_diff_transient_SUPG_line.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 4000
   ...

PETSc/T_tri/t_tri.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 0.0
   ...

PETSc/th2m/th2m_quad.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 24:   $SPECIFIC_HEAT_CAPACITY
 25-    1 1.01e+3
   ...

RWPT/2DGrains/2d_grains.mfp

  9:   $SPECIFIC_HEAT_CAPACITY
 10-    1 4000
   ...

RWPT/3DGrain/3d_grain.mfp

  9:   $SPECIFIC_HEAT_CAPACITY
 10-    1 4000
   ...

T/1d_thermal_expansion/exp1.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 4.280000e+003
   ...

T/2units2faults/2units2faults.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

T/2units2faults/FCT/2units2faults_FCT.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.680000000000e+003
   ...

T/CopyValueBHE/CopyValue.mfp

  8:   $SPECIFIC_HEAT_CAPACITY
  9-    1 4185
   ...

T/HT_var_density_1D.mfp

 12:   $SPECIFIC_HEAT_CAPACITY
 13-    1 4000.
   ...

T/Lauwerier/Lauwerier.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4000
   ...

T/Ogata-Banks/Ogata-Banks.mfp

 13:   $SPECIFIC_HEAT_CAPACITY
 14-    1 4000
   ...

T/TDiff-wall/TDiff-Wall.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 0.0
   ...

T/TDiff/TDiff.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 0.0
   ...

T/T_1D_axi.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 0.0
   ...

T/Viscosity/viscosity_yaws.mfp

 12:   $SPECIFIC_HEAT_CAPACITY
 13-    1 4000.
   ...

T/t3d/t3d.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 0.0
   ...

T/t_tri.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 0.0
   ...

T2HC/Convection_2D/conv_2D_cart.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000.0
   ...

T2HC/Convection_2D_axi/conv_2D_axi.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000.0
   ...

T2HC/friction/Friction_test.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000
   ...
 26:   $SPECIFIC_HEAT_CAPACITY
 27-  12 1012

T2HC/heat_of_reaction/reaction_heat.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000
   ...

T2HC/heat_transfer/heat_transfer.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1012
   ...

TES/Convection_2D/conv_2D_cart.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000.0
   ...

TES/Convection_2D_axi/conv_2D_axi.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000.0
   ...

TES/friction/Friction_test.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000
   ...
 26:   $SPECIFIC_HEAT_CAPACITY
 27-  12 1012

TES/heat_of_reaction/reaction_heat.mfp

 11:  $SPECIFIC_HEAT_CAPACITY
 12-  1 1000
   ...

TH2M/JFNK/th2m_quad.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 24:   $SPECIFIC_HEAT_CAPACITY
 25-    1 1.01e+3
   ...

TH2M/Newton/th2m_quad.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 24:   $SPECIFIC_HEAT_CAPACITY
 25-    1 1.01e+3
   ...

TH2M/th2m_quad.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 24:   $SPECIFIC_HEAT_CAPACITY
 25-    1 1.01e+3
   ...

THM/deco_2015_b2s1/deco_b2s1.mfp

 54:   $SPECIFIC_HEAT_CAPACITY
 55-    1 4.18e+3
   ...

THM/init/thm_decov.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 16:    $SPECIFIC_HEAT_CAPACITY
 17-    1  4.280000e+003  //J/kgC
   ...

THM/thm_decov.mfp

 11:   $SPECIFIC_HEAT_CAPACITY
 12-    1 4.280000e+003
   ...
 16:    $SPECIFIC_HEAT_CAPACITY
 17-    1  4.280000e+003  //J/kgC
   ...

TM/TM_axi.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 0.9
   ...

TM/tm2d.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 0.0
   ...

TM/tm3d.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 0.0
   ...

TM/tm_01_3Du.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 0.9
   ...

TM/tm_02_3Du.mfp

 10:   $SPECIFIC_HEAT_CAPACITY
 11-    1 0.9
   ...

Source code reading this keyword from Input files

FEM/rf_mfp_new.cpp line 516

 516: 		}
 517: 		//....................................................................
 518: 		// subkeyword found
 519: 		if(line_string.find("$SPECIFIC_HEAT_CAPACITY") != string::npos)
 520: 		{
 521: 			in.str(GetLineFromFile1(mfp_file));
 522: 			in >> heat_capacity_model;

Last modified: 2016-01-21 13:49:05.728511

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