LkofT
From krc
(Difference between revisions)
Line 43: | Line 43: | ||
::*<u>The Temperature-Dependent Coefficients</u> | ::*<u>The Temperature-Dependent Coefficients</u> | ||
− | :::*[[Conductivity Coefficients|Conductivity Coefficients]] | + | :::*[[Conductivity Coefficients|Conductivity Coefficients (ConUp0,1,2,3 and ConLo0,1,2,3]] |
:::*[[Specific Heat Coefficients|Specific Heat Coefficients]] | :::*[[Specific Heat Coefficients|Specific Heat Coefficients]] |
Revision as of 18:43, 25 July 2017
Parameter Variable and Physical Definition
Temperature-Dependency: Determines whether the model uses temperature-dependent conductivity and specific heat.
- If LkofT = "T": Conductivity and Specific Heat ARE temperature dependent.
- If LkofT = "F": Conductivity and Specific Heat ARE NOT temperature dependent.
Davinci Usage
- Davinci Definition
- Same as Physical Definition
- Values:
- Input = Logical Value Parameter
- Units: N/A
- Range = "T" for True, or "F" for False
- Default Value = "T"
- Input Parameter Name:
- LkofT
- Related Parameters:
- The Temperature-Dependent Variables
- The Temperature-Dependent Coefficients
- Related Functions:
KRC Usage
- Definition:
- Same as Physical Definition
- Values:
- Input = Logical Value Parameter in L7 FORTRAN format
- i.e. Logic value, "T" or "F", with a field width of 7, including leading blank spaces.
- Units: Same as Davinci
- Range = Same as Davinci
- Default Value = "F"
- Input Parameter Name:
- Same as Davinci
- Related Parameters:
- Same as Davinci
- Example:
- See the default master input file as an example: master.inp