MeltPoolDG::Simulation::EvaporatingShell Namespace Reference

Classes
class	RadialBoundaryVelocity
class	SignedDistanceSphereFlipped
class	SimulationEvaporatingShell

Functions
	MELTPOOLDG_REGISTER_CASE (MeltPoolCase, SimulationEvaporatingShell, "evaporating_shell", 1, double)
	MELTPOOLDG_REGISTER_CASE (MeltPoolCase, SimulationEvaporatingShell, "evaporating_shell", 2, double)
	MELTPOOLDG_REGISTER_CASE (MeltPoolCase, SimulationEvaporatingShell, "evaporating_shell", 3, double)

Variables
static double	velocity = 0.0
static double	inner_radius = 0.5
static double	outer_radius = 2.0
static ShellType	shell_type = ShellType::full
static bool	two_phase = false

Detailed Description

This example provides a simplified version of the EvaporatingDroplet simulation, where only the vapor domain is computed. To this end, a circular shell is modelled with a constant radial velocity at the interior edge and open boundary conditions at the exterior edge. This leads to axisymmetric conditions. In this example, the inflow should mimic the evaporative flow that escapes from the droplet into the vapor domain. By comparison with the analytical solution, the predicted pressure and velocity field can be verified.

Function Documentation

MELTPOOLDG_REGISTER_CASE() [1/3]

MeltPoolDG::Simulation::EvaporatingShell::MELTPOOLDG_REGISTER_CASE	(	MeltPoolCase	,
		SimulationEvaporatingShell	,
		"evaporating_shell"	,
		1	,
		double
	)

MELTPOOLDG_REGISTER_CASE() [2/3]

MeltPoolDG::Simulation::EvaporatingShell::MELTPOOLDG_REGISTER_CASE	(	MeltPoolCase	,
		SimulationEvaporatingShell	,
		"evaporating_shell"	,
		2	,
		double
	)

MELTPOOLDG_REGISTER_CASE() [3/3]

MeltPoolDG::Simulation::EvaporatingShell::MELTPOOLDG_REGISTER_CASE	(	MeltPoolCase	,
		SimulationEvaporatingShell	,
		"evaporating_shell"	,
		3	,
		double
	)

Variable Documentation

inner_radius

double MeltPoolDG::Simulation::EvaporatingShell::inner_radius = 0.5

static

outer_radius

double MeltPoolDG::Simulation::EvaporatingShell::outer_radius = 2.0

static

shell_type

ShellType MeltPoolDG::Simulation::EvaporatingShell::shell_type = ShellType::full

static

two_phase

bool MeltPoolDG::Simulation::EvaporatingShell::two_phase = false

static

velocity

double MeltPoolDG::Simulation::EvaporatingShell::velocity = 0.0

static