multiphase_interface_kernels.hpp File Reference

#include <deal.II/base/tensor.h>
#include <deal.II/base/vectorization.h>
#include <meltpooldg/compressible_flow/data_types.hpp>
#include <meltpooldg/compressible_flow/kernels.hpp>
#include <meltpooldg/compressible_flow/utils.hpp>
#include <meltpooldg/core/material.hpp>
#include <meltpooldg/phase_change/evaporation_model_knight.hpp>
#include <meltpooldg/utilities/utility_functions.hpp>
#include <tuple>
#include <utility>

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Namespaces
namespace	MeltPoolDG
	Interface for a general preconditioner.
namespace	MeltPoolDG::Multiphase
	A collection of functions for the computation of the interface terms for compressible two-phase flows.

Functions
template<int dim, typename number , typename ConservedVariablesType , typename ConservedVariablesGradType >
DEAL_II_ALWAYS_INLINE std::pair< ConservedVariablesType, ConservedVariablesType >	MeltPoolDG::Multiphase::calculate_convective_and_viscous_interface_flux_penalty (const ConservedVariablesType &u_liquid, const ConservedVariablesType &u_gas, const ConservedVariablesGradType &grad_u_liquid, const ConservedVariablesGradType &grad_u_gas, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, const number &m_dot_evap, const number &laser_heat_source)
	"penalty" method ///
template<int dim, typename number , typename ConservedVariablesType , typename ConservedVariablesGradType , CompressibleFlow::IsFluxKernel< ConservedVariablesType, ConservedVariablesGradType > ConvectiveKernel>
DEAL_II_ALWAYS_INLINE std::tuple< ConservedVariablesGradType, ConservedVariablesGradType, dealii::VectorizedArray< number > >	MeltPoolDG::Multiphase::calculate_convective_interface_flux_HLLP0 (const ConservedVariablesType &u_liquid, const ConservedVariablesType &u_gas, const dealii::Tensor< 1, dim, dealii::VectorizedArray< number > > &normal, const ConvectiveKernel &convective_kernel_liquid, const ConvectiveKernel &convective_kernel_gas, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, const number &m_dot_evap)
	HLLP0 Riemann solver ///.
template<int dim, typename number , typename ConservedVariablesType >
DEAL_II_ALWAYS_INLINE ConservedVariablesType	MeltPoolDG::Multiphase::calculate_Dirichlet_jump_in_conservative_variables (const ConservedVariablesType &u_liquid_cons, const ConservedVariablesType &u_gas_cons, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, const number &m_dot_evap, const number &delta_T)
	SIPG functions for method "HLLP and SIPG" ///.
template<int dim, typename number , typename ConservedVariablesType , typename ConservedVariablesGradType , CompressibleFlow::IsFluxKernel< ConservedVariablesType, ConservedVariablesGradType > DiffusiveKernel>
DEAL_II_ALWAYS_INLINE std::pair< ConservedVariablesType, ConservedVariablesType >	MeltPoolDG::Multiphase::calculate_viscous_interface_flux (const ConservedVariablesType &u_liquid, const ConservedVariablesType &u_gas, const ConservedVariablesGradType &grad_u_liquid, const ConservedVariablesGradType &grad_u_gas, const dealii::Tensor< 1, dim, dealii::VectorizedArray< number > > &normal, const number &visc_ave_weight_phase_liquid, const number &visc_ave_weight_phase_gas, const number &tau, const DiffusiveKernel &diffusive_kernel_liquid, const DiffusiveKernel &diffusive_kernel_gas, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, const number &cell_size, const number &m_dot_evap, const number &delta_T, const number &laser_heat_source)
	Calculate the viscous interface flux for viscous phase coupling with the SIPG method.
template<int dim, typename number , typename ConservedVariablesType , typename ConservedVariablesGradType , CompressibleFlow::IsFluxKernel< ConservedVariablesType, ConservedVariablesGradType > DiffusiveKernel>
DEAL_II_ALWAYS_INLINE std::pair< ConservedVariablesGradType, ConservedVariablesGradType >	MeltPoolDG::Multiphase::calculate_viscous_interface_flux_gradient (const ConservedVariablesType &u_liquid, const ConservedVariablesType &u_gas, const dealii::Tensor< 1, dim, dealii::VectorizedArray< number > > &normal, const number &visc_ave_weight_phase_liquid, const number &visc_ave_weight_phase_gas, const DiffusiveKernel &diffusive_kernel_liquid, const DiffusiveKernel &diffusive_kernel_gas, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, const number &m_dot_evap, const number &delta_T)
	Calculate gradient-tested viscous interface flux for viscous phase coupling with the SIPG method.
template<int dim, typename number , typename ConservedVariablesType , typename ConservedVariablesGradType , CompressibleFlow::IsFluxKernel< ConservedVariablesType, ConservedVariablesGradType > DiffusiveKernel>
DEAL_II_ALWAYS_INLINE std::pair< ConservedVariablesType, ConservedVariablesType >	MeltPoolDG::Multiphase::calculate_viscous_interface_flux_method_3 (const ConservedVariablesType &u_liquid, const ConservedVariablesType &u_gas, const ConservedVariablesGradType &grad_u_liquid, const ConservedVariablesGradType &grad_u_gas, const dealii::Tensor< 1, dim, dealii::VectorizedArray< number > > &normal, const number &visc_ave_weight_phase_liquid, const number &visc_ave_weight_phase_gas, const DiffusiveKernel &diffusive_kernel_liquid, const DiffusiveKernel &diffusive_kernel_gas, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, const number &cell_size, const number &m_dot_evap, const number &delta_T, const number &laser_heat_source)
	viscous terms for the method "HLLP0 and penalty" ///
template<typename number >
DEAL_II_ALWAYS_INLINE number	MeltPoolDG::Multiphase::update_laser_heat_source (const CompressibleFlowPhaseCouplingData< number > &phase_coupling_data, const number &time)
	Compute the current value of the laser heat source.
template<int dim, typename number , typename ConservedVariablesType >
DEAL_II_ALWAYS_INLINE std::tuple< number, number >	MeltPoolDG::Multiphase::update_evaporative_mass_flux_and_temperature_jump (const ConservedVariablesType &u_liquid, const ConservedVariablesType &u_gas, const dealii::Tensor< 1, dim, dealii::VectorizedArray< number > > &normal, const CompressibleFlow::MultiphaseOperationScratchData< dim, number > &multiphase_scratch_data, Evaporation::EvaporationModelKnight< number > *evaporation_model_knight=nullptr)
	Compute the current evaporative mass flux and temperature jump across the interface.