QLQParameters< number > Struct Template Reference

Developer Documentation: MeltPoolDG::Heat::QLQParameters< number > Struct Template Reference
Developer Documentation
MeltPoolDG::Heat::QLQParameters< number > Struct Template Reference

#include <apparent_capacity.hpp>

Public Member Functions

 QLQParameters (const MaterialData< number > &material)
 

Public Attributes

const number dT
 
const number T_peak
 
const number C_peak
 
const number delta
 

Constructor & Destructor Documentation

◆ QLQParameters()

template<typename number >
MeltPoolDG::Heat::QLQParameters< number >::QLQParameters ( const MaterialData< number > &  material)
inline

Member Data Documentation

◆ C_peak

template<typename number >
const number MeltPoolDG::Heat::QLQParameters< number >::C_peak

Peak value of the QLQ apparent heat capacity contribution.

The factor of two ensures that the integrated apparent capacity over the mushy zone corresponds to the latent heat of fusion.

◆ delta

template<typename number >
const number MeltPoolDG::Heat::QLQParameters< number >::delta

Width of the quadratic transition region used by the QLQ interpolation.

This controls the size of the zero-slope smoothing regions close to the solidus, liquidus, and peak temperatures.

◆ dT

template<typename number >
const number MeltPoolDG::Heat::QLQParameters< number >::dT

Width of the mushy zone.

Defined as the temperature interval between liquidus and solidus temperature.

◆ T_peak

template<typename number >
const number MeltPoolDG::Heat::QLQParameters< number >::T_peak

Temperature at the maximum of the apparent heat capacity contribution.

For the QLQ apparent capacity model, this is chosen as the midpoint between the solidus and liquidus temperatures.


The documentation for this struct was generated from the following file: