Mordicus.Modules.Safran.Containers.ConstitutiveLaws.ThermalConstitutiveLaw module¶
- class Mordicus.Modules.Safran.Containers.ConstitutiveLaws.ThermalConstitutiveLaw.ThermalConstitutiveLaw(set)[source]¶
Bases:
ConstitutiveLawBaseClass containing a ThermalConstitutiveLaw thermal capacity (in J.K-1.kg-1) and thermal conductivity (in W.K-1.m-1) are modeled as piecewise linear functions of the temperature
- capacityTemp¶
temperature values on which thermal capacities are provided
- Type
np.ndarray or list of floats
- capacityFunction¶
thermal capacity as a piecewise linear functions of the temperature
- Type
scipy.interpolate.interp1d
- internalEnergyFunctions¶
internal energy modeled as a set of piecewise linear functions of the temperature up to a constant
- Type
list of scipy.interpolate.interp1d
- internalEnergyConstants¶
additive constants associated to internalEnergyFunctions
- Type
np.ndarray or list of floats
- conductivityFunction¶
thermal conductivity as a piecewise linear functions of the temperature
- Type
scipy.interpolate.interp1d
- behavior¶
name of the model behavior
- Type
str
- ComputeCapacity(temperature)[source]¶
Computes the thermal capacity for a given temperature value
- Parameters
temperature (float) – temperature at which the capacity is computed
- Returns
thermal capacity
- Return type
float
- ComputeConductivity(temperature)[source]¶
Computes the thermal conductivity for a given temperature value
- Parameters
temperature (float) – temperature at which the conductivity is computed
- Returns
thermal conductivity
- Return type
float
- ComputeInternalEnergy(temperature)[source]¶
Computes the internal energy for a given temperature value
- Parameters
temperature (float) – temperature at which the conductivity is computed
- Returns
internal energy
- Return type
float
- ComputeInternalEnergyVectorized(temperature)[source]¶
Computes the internal energy for a set of given temperature values
Notes
Out of bounds: we take for internal energy the constant value of the bound, not extrapolate the primitive
- Parameters
temperature (np.ndarray or list of floats) – temperature values at which the internal energy is computed
- Returns
set of internal energy values
- Return type
np.ndarray of floats
- SetBehavior(behavior)[source]¶
Sets the name of the model behavior
- Parameters
behavior (str) – name of the model behavior
- SetThermalCapacity(capacityTemp, capacityVal)[source]¶
Sets the model of thermal capacity
- Parameters
capacityTemp (np.ndarray or list of floats) – temperature values on which thermal capacity are provided
capacityVal (np.ndarray or list of floats) – thermal capacity values on corresponding temperature values
- SetThermalConductivity(conductivityTemp, conductivityVal)[source]¶
Sets the model of thermal conductivity
- Parameters
conductivityTemp (np.ndarray or list of floats) – temperature values on which thermal conductivity values are provided
conductivityVal (np.ndarray or list of floats) – thermal conductivity values on corresponding temperature values