MeltPoolDG::ObstacleData< number > Struct Template Reference

#include <obstacle_data.hpp>

Public Member Functions
void	add_parameters (dealii::ParameterHandler &prm)

Public Attributes
bool	stationary_obstacles = false
	If true, obstacles are fixed and do not move during the simulation.
std::string	obstacle_state_input_file
	Path to the input file containing the initial obstacle state.
struct {
bool   do_refine_obstacles = false
number   inner_fractional_distance_to_surface = 1.
number   outer_fractional_distance_to_surface = 1.
}	amr
SphericalParticleCohesiveForceData< number >	cohesive_forces
	Cohesive force data defining the material and cohesive contact properties for all particles.
SphericalParticleContactData< number >	contact_forces
	Contact force data defining the material and contact properties for all particles.
number	gravity_constant = 0.0
	Gravity constant data defining the gravitational acceleration acting on all particles.
bool	do_rayleigh_time_stepping = false
	Determine the time step size from the critical Rayleigh time step.
number	rayleigh_time_stepping_safety_factor = 0.2
	Fraction of the critical Rayleigh time step used as time step size.

Member Function Documentation

add_parameters()

template<typename number >

void MeltPoolDG::ObstacleData< number >::add_parameters ( dealii::ParameterHandler &  prm )

inline

Member Data Documentation

[struct]

struct { ... } MeltPoolDG::ObstacleData< number >::amr

cohesive_forces

template<typename number >

SphericalParticleCohesiveForceData<number> MeltPoolDG::ObstacleData< number >::cohesive_forces

Cohesive force data defining the material and cohesive contact properties for all particles.

contact_forces

template<typename number >

SphericalParticleContactData<number> MeltPoolDG::ObstacleData< number >::contact_forces

Contact force data defining the material and contact properties for all particles.

do_rayleigh_time_stepping

template<typename number >

bool MeltPoolDG::ObstacleData< number >::do_rayleigh_time_stepping = false

Determine the time step size from the critical Rayleigh time step.

do_refine_obstacles

template<typename number >

bool MeltPoolDG::ObstacleData< number >::do_refine_obstacles = false

If true and AMR is enabled, regions around obstacles are adaptively refined according to the specified refinement parameters.

gravity_constant

template<typename number >

number MeltPoolDG::ObstacleData< number >::gravity_constant = 0.0

Gravity constant data defining the gravitational acceleration acting on all particles.

inner_fractional_distance_to_surface

template<typename number >

number MeltPoolDG::ObstacleData< number >::inner_fractional_distance_to_surface = 1.

Fraction of a reference length (e.g., particle radius) used to determine the distance from the obstacle surface within which cells inside the obstacles are refined.

obstacle_state_input_file

template<typename number >

std::string MeltPoolDG::ObstacleData< number >::obstacle_state_input_file

Path to the input file containing the initial obstacle state.

outer_fractional_distance_to_surface

template<typename number >

number MeltPoolDG::ObstacleData< number >::outer_fractional_distance_to_surface = 1.

Fraction of a reference length (e.g., particle radius) used to determine the distance from the obstacle surface within which cells outside the obstacles are refined.

rayleigh_time_stepping_safety_factor

template<typename number >

number MeltPoolDG::ObstacleData< number >::rayleigh_time_stepping_safety_factor = 0.2

Fraction of the critical Rayleigh time step used as time step size.

stationary_obstacles

template<typename number >

bool MeltPoolDG::ObstacleData< number >::stationary_obstacles = false

If true, obstacles are fixed and do not move during the simulation.

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

• include/meltpooldg/particles/obstacle_data.hpp