materials.elastic.Elastic_material Class Reference

Class to compute the global internal volumic force at each node of an elastic material using its material properties. More...

Collaboration diagram for materials.elastic.Elastic_material:

Public Member Functions
def	__init__ (self, deck, data_solver, y)
	Constructor. More...
def	compute_dilatation (self, deck, data_solver, y)
	Compute the dilatation for each node. More...
def	compute_f_int (self, deck, data_solver, y)
	Compute the global internal force density at each node. More...

Public Attributes
	w
	Influence function.
	Weighted_Volume
	Weighted volume.
	Young_Modulus
	Young modulus of the material.
	K
	Bulk modulus of the material.
	Mu
	Shear modulus of the material.
	Nu
	Poisson ratio of the material.
	factor2d
	Factor applied for 2D plane stress to compute dilatation and force state.
	dilatation
	Dilatation at each node.
	e
	Extension between Node "i" and Node "p" within its family.
	f_int
	Internal force density at each node.
	t
	Scalar force state.

Detailed Description

Class to compute the global internal volumic force at each node of an elastic material using its material properties.

Constructor & Destructor Documentation

__init__()

def materials.elastic.Elastic_material.__init__	(		self,
			deck,
			data_solver,
			y
	)

Constructor.

Parameters

deck	The input deck
data_solver	Data from the peridynamic problem/solving class
y	Actual nodes' position

Member Function Documentation

compute_dilatation()

def materials.elastic.Elastic_material.compute_dilatation	(		self,
			deck,
			data_solver,
			y
	)

Compute the dilatation for each node.

Parameters

deck	The input deck
data_solver	Data from the peridynamic problem/solving class
y	The actual nodes' position

compute_f_int()

def materials.elastic.Elastic_material.compute_f_int	(		self,
			deck,
			data_solver,
			y
	)

Compute the global internal force density at each node.

Parameters

deck	The input deck
data_solver	Data from the peridynamic problem/solving class
y	The actual nodes' position

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

• /calculs/git/peridynamics_1D/materials/elastic.py