stokes_solver_monolithic.StokesSolverMonolithic Class Reference

Monolithic Stokes formulations solver. More...

Inheritance diagram for stokes_solver_monolithic.StokesSolverMonolithic:

Collaboration diagram for stokes_solver_monolithic.StokesSolverMonolithic:

Public Member Functions
def	GetDefaultParameters (cls)
def	__init__ (self, model, custom_settings)
	Constructs the Stokes monolithic solver. More...
def	AddVariables (self)
def	InitializeSolutionStep (self)

Public Attributes
	formulation
	element_name
	condition_name
	element_integrates_in_time
	element_has_nodal_properties
	min_buffer_size

Detailed Description

Monolithic Stokes formulations solver.

This solver is an specialization of the Navier-Stokes monolithic solver designed to be used in combination with elements implementing Stokes formulations.

The main differences with its base class are the possibility of forcing the steady state by deactivating the time integration coefficients and the use of a linear strategy by default. The non-linear Newton-Raphson strategy is also supported for the non-newtonian material models case.

Constructor & Destructor Documentation

__init__()

def stokes_solver_monolithic.StokesSolverMonolithic.__init__	(		self,
			model,
			custom_settings
	)

Constructs the Stokes monolithic solver.

Arguments:

model – The model container to be used custom_settings – Kratos parameter object encapsulating the solver settings

Member Function Documentation

AddVariables()

def stokes_solver_monolithic.StokesSolverMonolithic.AddVariables

(

self

)

GetDefaultParameters()

def stokes_solver_monolithic.StokesSolverMonolithic.GetDefaultParameters

(

cls

)

InitializeSolutionStep()

def stokes_solver_monolithic.StokesSolverMonolithic.InitializeSolutionStep

(

self

)

Member Data Documentation

condition_name

stokes_solver_monolithic.StokesSolverMonolithic.condition_name

element_has_nodal_properties

stokes_solver_monolithic.StokesSolverMonolithic.element_has_nodal_properties

element_integrates_in_time

stokes_solver_monolithic.StokesSolverMonolithic.element_integrates_in_time

element_name

stokes_solver_monolithic.StokesSolverMonolithic.element_name

formulation

stokes_solver_monolithic.StokesSolverMonolithic.formulation

min_buffer_size

stokes_solver_monolithic.StokesSolverMonolithic.min_buffer_size

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

• /home/runner/work/Documentation/Documentation/master/applications/FluidDynamicsApplication/python_scripts/stokes_solver_monolithic.py