scenarios.navier_stokes_bubbles.NavierStokesTwoBubbles Class Reference

Here we simulate a homogeneous domain containing two bubbles, one of higher temperature beneath the other of colder temperature. More...

Inheritance diagram for scenarios.navier_stokes_bubbles.NavierStokesTwoBubbles:

Collaboration diagram for scenarios.navier_stokes_bubbles.NavierStokesTwoBubbles:

Public Member Functions
	evaluate_perturbation (self)
Public Member Functions inherited from scenarios.navier_stokes_bubbles.NavierStokesBubbles
	__init__ (self)
	evaluate_hydrostatic_pressure (self)
	initial_conditions (self)
	boundary_conditions (self)
	mapQuantities (self)
Public Member Functions inherited from scenarios.scenario.Scenario
	refinement_criterion (self)
	analytical_solution (self)
	set_global_simulation_parameters (self, project)

Additional Inherited Members
Static Public Attributes inherited from scenarios.navier_stokes_bubbles.NavierStokesBubbles
int	cv = 1 / (1.4 - 1) * 287.058
Protected Attributes inherited from scenarios.navier_stokes_bubbles.NavierStokesBubbles
	_reference_pressure
	_background_potential_temperature
Static Protected Attributes inherited from scenarios.navier_stokes_bubbles.NavierStokesBubbles
int	_dimensions = 2
float	_offset = 0.0
float	_domain_size = 1000.0
bool	_periodic_bc = False
float	_plot_dt = 50.0
int	_end_time = 100
	_equation
float	_reference_pressure = 100000.0
float	_background_potential_temperature = 300.0
Static Protected Attributes inherited from scenarios.scenario.Scenario
	_equation = None
int	_dimensions = 2
float	_end_time = 1.0
float	_plot_dt = 0.1
float	_offset = 0.0
float	_domain_size = 1.0
bool	_periodic_bc = False

Detailed Description

Here we simulate a homogeneous domain containing two bubbles, one of higher temperature beneath the other of colder temperature.

Their repsective temperatures will cause the two bubbles to move towards one another and collide, causing mixing effects.

Definition at line 240 of file navier_stokes_bubbles.py.

Member Function Documentation

evaluate_perturbation()

scenarios.navier_stokes_bubbles.NavierStokesTwoBubbles.evaluate_perturbation

(

self

)

Reimplemented from scenarios.navier_stokes_bubbles.NavierStokesBubbles.

Definition at line 248 of file navier_stokes_bubbles.py.

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

• tests/aderdg/scenarios/navier_stokes_bubbles.py