Commit f51de344 authored by Salko Jr, Robert's avatar Salko Jr, Robert
Browse files

Add single phase HTC multipliers and parameters 

Description:

CASL Ticket # - N/A
parent bccb4e17

SubKit/build/workbench/input.sch

+67 −0
Original line number Diff line number Diff line
@@ -1365,6 +1365,28 @@ vuq{ 
            ValType=Real

         }

      }

      k_hspl{

         Description="Multiplier on the single-phase liquid heat transfer coefficient."

         MinOccurs=0

         MaxOccurs=1

         InputTmpl="value.flag"

         value{

            MinOccurs=1

            MaxOccurs=1

            ValType=Real

         }

      }

      ka_hspl{

         Description="Adder on the single-phase liquid heat transfer coefficient."

         MinOccurs=0

         MaxOccurs=1

         InputTmpl="value.flag"

         value{

            MinOccurs=1

            MaxOccurs=1

            ValType=Real

         }

      }

   }

   param{

      Description="Specify parameters in code models.  These are actual modeling coefficients."
@@ -1393,5 +1415,50 @@ vuq{ 
            ValType=Real

         }

      }

      k_db_1{

         Description="Coefficient in Dittus-Boelter equation: :math:`k\_db\_1*{Re}^{k\_db\_2}*{Pr}^{k\_db\_3}`."

         MinOccurs=0

         MaxOccurs=1

         InputTmpl="value.flag"

         value{

            MinOccurs=1

            MaxOccurs=1

            ValType=Real

         }

      }

      k_db_2{

         Description="Coefficient in Dittus-Boelter equation: :math:`k\_db\_1*{Re}^{k\_db\_2}*{Pr}^{k\_db\_3}`."

         MinOccurs=0

         MaxOccurs=1

         InputTmpl="value.flag"

         value{

            MinOccurs=1

            MaxOccurs=1

            ValType=Real

         }

      }

      k_db_3{

         Description="Coefficient in Dittus-Boelter equation: :math:`k\_db\_1*{Re}^{k\_db\_2}*{Pr}^{k\_db\_3}`."

         MinOccurs=0

         MaxOccurs=1

         InputTmpl="value.flag"

         value{

            MinOccurs=1

            MaxOccurs=1

            ValType=Real

         }

      }

      k_db_4{

         Description="Minimum value of the Nusselt number (represents laminar flow heat transfer).  Nusselt will be the maximum of this or the turbulent single-phase heat transfer model."

         MinOccurs=0

         MaxOccurs=1

         InputTmpl="value.flag"

         value{

            MinOccurs=1

            MaxOccurs=1

            ValType=Real

         }

      }



   }

}

doc/docprint.py

+1 −1
Original line number Diff line number Diff line
@@ -49,7 +49,7 @@ for line in f.readlines(): 
        inValue = True

        indent = indent + 1

        hasChildren[parent + name] = False

    elif '}' in line:

    elif '}' in line and "Description" not in line:

        if inValue:

            inValue = False

        indent = indent - 1

doc/input_file.rst

+54 −0
Original line number Diff line number Diff line
@@ -1130,6 +1130,24 @@ ka_xk_anrflm 
:Type: Real

:Range: n/a



k_hspl

^^^^^^

:Description: Multiplier on the single-phase liquid heat transfer coefficient.

:Min Occurance: 0

:Max Occurance: 1

:Units: n/a

:Type: Real

:Range: n/a



ka_hspl

^^^^^^^

:Description: Adder on the single-phase liquid heat transfer coefficient.

:Min Occurance: 0

:Max Occurance: 1

:Units: n/a

:Type: Real

:Range: n/a



param

-----

:Description: Specify parameters in code models.  These are actual modeling coefficients.
@@ -1154,3 +1172,39 @@ k_xkwlxB 
:Type: Real

:Range: n/a



k_db_1

^^^^^^

:Description: Coefficient in Dittus-Boelter equation: :math:`k\_db\_1*{Re}^{k\_db\_2}*{Pr}^{k\_db\_3}`.

:Min Occurance: 0

:Max Occurance: 1

:Units: n/a

:Type: Real

:Range: n/a



k_db_2

^^^^^^

:Description: Coefficient in Dittus-Boelter equation: :math:`k\_db\_1*{Re}^{k\_db\_2}*{Pr}^{k\_db\_3}`.

:Min Occurance: 0

:Max Occurance: 1

:Units: n/a

:Type: Real

:Range: n/a



k_db_3

^^^^^^

:Description: Coefficient in Dittus-Boelter equation: :math:`k\_db\_1*{Re}^{k\_db\_2}*{Pr}^{k\_db\_3}`.

:Min Occurance: 0

:Max Occurance: 1

:Units: n/a

:Type: Real

:Range: n/a



k_db_4

^^^^^^

:Description: Minimum value of the Nusselt number (represents laminar flow heat transfer).  Nusselt will be the maximum of this or the turbulent single-phase heat transfer model.

:Min Occurance: 0

:Max Occurance: 1

:Units: n/a

:Type: Real

:Range: n/a

tests/inputRegression/pincell_steadystate.skb

+12 −6
Original line number Diff line number Diff line
@@ -58,13 +58,19 @@ solid id 1 


vuq

   mult

      k_xk_sb 0.9

      ka_xk_sb 0.1

      k_xk_slg 1.1

      ka_xk_slg 0.1

      k_xk_anrflm 1.2

      ka_xk_anrflm 0.1

      k_xk_sb 1.0

      ka_xk_sb 0.0

      k_xk_slg 1.0

      ka_xk_slg 0.0

      k_xk_anrflm 1.0

      ka_xk_anrflm 0.0

      k_hspl 1.0

      ka_hspl 0.0

   param

      k_xkwlxA 1.1

      k_xkwlxB -2.2

      k_db_1 0.023

      k_db_2 0.8

      k_db_3 0.4

      k_db_4 7.86

tests/inputRegression/vuq_mult.txt

+8 −6
Original line number Diff line number Diff line 
k_xk_anrflm = 1.200000e+00

ka_xk_slg = 1.000000e-01

ka_xk_sb = 1.000000e-01

k_xk_slg = 1.100000e+00

k_xk_sb = 9.000000e-01

ka_xk_anrflm = 1.000000e-01
 
k_xk_anrflm = 1.000000e+00

ka_xk_slg = 0.000000e+00

ka_xk_sb = 0.000000e+00

k_hspl = 1.000000e+00

k_xk_slg = 1.000000e+00

k_xk_sb = 1.000000e+00

ka_hspl = 0.000000e+00

ka_xk_anrflm = 0.000000e+00