MeltPoolDG::Flow Namespace Reference

Classes
struct	AdafloWrapperParameters
	A struct providing the relevant wrapper data for coupling MeltPoolDG with Adaflo. More...
class	CharacteristicNumbers
	Computes dimensionless characteristic numbers for fluid flow. More...
struct	DarcyDampingData
	Collection of parameters for Darcy damping. More...
class	DarcyDampingOperation
	This class computes the Darcy damping force (or Darcy source term). More...
struct	EOSGradientMixin
struct	EOSValueMixin
struct	FlowData
	Collection of general flow parameters. More...
struct	IdealGasEOS
class	IncompressibleFlowOperationBase
	Abstract base class for incompressible flow solvers. More...
class	IncompressibleMaterialBase
	Base class for the shear stress computation of an incompressible fluid material. More...
struct	NobleAbelStiffenedGasEOS
struct	StiffenedGasEOS
class	SurfaceTensionOperation
	This class enables to compute the contribution to interfacial forces due to temperature-(in)dependent surface tension. More...

Concepts
concept	EOSIsValueView
concept	EOSIsGradientView
concept	IdealGasIsMaterialView
concept	StiffenedGasIsMaterialView
concept	NobleAbelStiffenedGasIsMaterialView
concept	HasSupportedEOS
	Concept ensuring a type defines a specific, compatible supported_eos array.

Functions
template<typename Derived , CompressibleFlow::EquationOfState EOS>
constexpr bool	supports_eos ()
	Dispatch helper function that checks at compile-time whether an equation of state is supported.
template<typename Derived , typename F >
DEAL_II_ALWAYS_INLINE decltype(auto)	dispatch_eos (CompressibleFlow::EquationOfState eos_type, F &&f)
	BETTER_ENUM (RegularizedSurfaceTensionTemperatureEvaluationType, char, local_value, interface_value) template< typename number > struct SurfaceTensionData
	Collection of parameters related to surface tension effects.

Function Documentation

BETTER_ENUM()

MeltPoolDG::Flow::BETTER_ENUM	(	RegularizedSurfaceTensionTemperatureEvaluationType	,
		char	,
		local_value	,
		interface_value
	)

Collection of parameters related to surface tension effects.

Surface tension coefficient

Temperature dependent surface tension coefficient

Reference temperature

Evaluation method for the temperature in the interfacial zone

Residual fraction parameter for the surface coefficient.

Indicator whether surface tension should be omitted in the solid phase

Data object for the phase-weighted delta approximation

Data struct related to the time step limit

Add surface tension related material parameters in the parameter handler.

Parameters

prm	The parameter handler to which the parameters are added.

Post-process surface tension parameters.

Parameters

material

Material-specific parameters.

Validates surface tension parameters.

Parameters

curv_enable

Flag indicating whether curvature computation is enabled.

dispatch_eos()

template<typename Derived , typename F >

DEAL_II_ALWAYS_INLINE decltype(auto) MeltPoolDG::Flow::dispatch_eos ( CompressibleFlow::EquationOfState  eos_type, F &&  f  )

inline

Dispatches a functional to a concrete Equation of State (EOS) implementation.

This utility facilitates static polymorphism by mapping a runtime eos_type to a compile-time EOS class. The provided callable f is invoked with a stateless instance of the corresponding EOS implementation.

Parameters

eos_type	The runtime identifier for the desired equation of state.
f	The functional to execute.

Returns

The result of invoking f with the appropriate EOS instance.

Note

All potential execution paths of f must return the same type to satisfy the decltype(auto) return deduction.

Exceptions

dealii::ExcMessage

if eos_type is not implemented in the switch.

supports_eos()

template<typename Derived , CompressibleFlow::EquationOfState EOS>

constexpr bool MeltPoolDG::Flow::supports_eos ( )

constexpr

Dispatch helper function that checks at compile-time whether an equation of state is supported.

Template Parameters

Derived	Type containing a supported_eos container.
EOS	Equation of state being queried.

Returns

true if Derived supports EOS; otherwise false.