Inheritance diagram for materials.typical_materials.BasicElasticMaterial:

Collaboration diagram for materials.typical_materials.BasicElasticMaterial:

Public Member Functions
def	__init__ (self, E, nu, rho=0.0)

def	G (self)

def	defElasticMaterial (self, preprocessor, name=None, overrideRho=None, initStrain=0.0)

def	defElasticIsotropic3d (self, preprocessor, name=None, overrideRho=None)

def	defElasticMembranePlateSection (self, preprocessor, thickness, name=None, overrideRho=None)

def	defMembranePlateFiberSection (self, preprocessor, thickness, name=None, overrideRho=None)

def	getDict (self)

def	setFromDict (self, dct)

Public Attributes
	E

	nu

	rho

Detailed Description

Basic elastic material

 :ivar E: Young’s modulus of the material
 :ivar nu: Poisson’s ratio
 :ivar rho: mass density

Constructor & Destructor Documentation

◆ init()

def materials.typical_materials.BasicElasticMaterial.__init__	(	self,
		E,
		nu,
		rho = `0.0`
	)

Base class to construct some material definition classes

 :param E: Young’s modulus of the material
 :param nu: Poisson’s ratio
 :param rho: mass density

Member Function Documentation

◆ defElasticIsotropic3d()

def materials.typical_materials.BasicElasticMaterial.defElasticIsotropic3d	(	self,
		preprocessor,
		name = `None`,
		overrideRho = `None`
	)

Return an elastic isotropic 3D material appropriate for example for
    brick elements

:param preprocessor: preprocessor of the finite element problem.
:param name: name for the new material (if None compute a suitable name).
:param overrideRho: if defined (not None), override the value of 
            the material density.

◆ defElasticMaterial()

def materials.typical_materials.BasicElasticMaterial.defElasticMaterial	(	self,
		preprocessor,
		name = `None`,
		overrideRho = `None`,
		initStrain = `0.0`
	)

Return an elastic uniaxial material appropriate for example for
    truss elements

:param preprocessor: preprocessor of the finite element problem.
:param name: name for the new material (if None compute a suitable name).
:param overrideRho: if defined (not None), override the value of 
            the material density.
:param initStrain: initial strain.

◆ defElasticMembranePlateSection()

def materials.typical_materials.BasicElasticMaterial.defElasticMembranePlateSection	(	self,
		preprocessor,
		thickness,
		name = `None`,
		overrideRho = `None`
	)

Return an elastic membrane plate section material appropriate
    for example for shell elements.

:param preprocessor: preprocessor of the finite element problem.
:param thickness: plate thickness.
:param name: name for the new material (if None compute a suitable name).
:param overrideRho: if defined (not None), override the value of 
            the material density.

◆ defMembranePlateFiberSection()

def materials.typical_materials.BasicElasticMaterial.defMembranePlateFiberSection	(	self,
		preprocessor,
		thickness,
		name = `None`,
		overrideRho = `None`
	)

Return an elastic membrane plate section material appropriate
    for example for shell elements.

:param preprocessor: preprocessor of the finite element problem.
:param thickness: plate thickness.
:param name: name for the new material (if None compute a suitable name).
:param overrideRho: if defined (not None), override the value of 
            the material density.

◆ G()

def materials.typical_materials.BasicElasticMaterial.G ( self )

shear modulus.

◆ getDict()

def materials.typical_materials.BasicElasticMaterial.getDict ( self )

Returns a dictionary whith the values of the internal forces.
    Makes easier export it to json.

◆ setFromDict()

def materials.typical_materials.BasicElasticMaterial.setFromDict	(	self,
		dct
	)

Sets the internal forces from the dictionary argument.

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

python_modules/materials/typical_materials.py

Public Member Functions

Public Attributes