Temperature-Dependent Parameters
From krc
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''While conductivity and specific heat are the temperature-dependent parameters, the coefficients are the input parameters used to define that temperature-dependence relationship.'' | ''While conductivity and specific heat are the temperature-dependent parameters, the coefficients are the input parameters used to define that temperature-dependence relationship.'' | ||
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::*[[Conductivity Coefficients (ConUp0, ConUp1, ConUp2, ConUp3 and ConLo0, ConLo1, ConLo2, ConLo3)|Conductivity Coefficients (ConUp0, ConUp1, ConUp2, ConUp3 and ConLo0, ConLo1, ConLo2, ConLo3)]] | ::*[[Conductivity Coefficients (ConUp0, ConUp1, ConUp2, ConUp3 and ConLo0, ConLo1, ConLo2, ConLo3)|Conductivity Coefficients (ConUp0, ConUp1, ConUp2, ConUp3 and ConLo0, ConLo1, ConLo2, ConLo3)]] | ||
Latest revision as of 19:16, 29 July 2017
Physical Definition
Temperature-Dependent Parameters: Since conductivity and specific heat are temperature-dependent, the calculation for these two parameters requires a third order relationship, with four coefficients per parameter. There is an additional set of four coefficients per parameter if multiple materials are used.
Davinci Usage
While conductivity and specific heat are the temperature-dependent parameters, the coefficients are the input parameters used to define that temperature-dependence relationship.
- Input Parameters:
KRC Usage
- Input Parameters:
- Same as Davinci
