Inheritance diagram for materials.steel_base.BasicSteel:

Collaboration diagram for materials.steel_base.BasicSteel:

Public Member Functions
def	__init__ (self, E, nu, fy, fu, gammaM)

def	fyd (self)

def	fmaxk (self)

def	getDict (self)

def	setFromDict (self, dct)

def	defJ2PlateFibre (self, preprocessor, name, alpha=.05)

Public Member Functions inherited from materials.typical_materials.BasicElasticMaterial
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
	fy

	fu

	gammaM

Public Attributes inherited from materials.typical_materials.BasicElasticMaterial
	E

	nu

	rho

Static Public Attributes
float	alpha = 1.2e-5

Detailed Description

Base class for structural steels.

  :ivar fy:  yield stress.
  :ivar fu: ultimate stress.
  :ivar gammaM: material partial safety factor.

Constructor & Destructor Documentation

◆ init()

def materials.steel_base.BasicSteel.__init__	(	self,
		E,
		nu,
		fy,
		fu,
		gammaM
	)

Constructor.

:param E:  elastic modulus.
:param nu:  Poisson's ratio.
:param fy:  yield stress.
:param fu: ultimate stress.
:param gammaM: material partial safety factor.

Member Function Documentation

◆ defJ2PlateFibre()

def materials.steel_base.BasicSteel.defJ2PlateFibre	(	self,
		preprocessor,
		name,
		alpha = `.05`
	)

Constructs a J2 (Von Mises) material with a linear-strain
   hardening rule appropriate for plate analysis.

:param  preprocessor: preprocessor of the finite element problem.
:param  name:         name identifying the material.
:param  alpha:        strain hardening ratio (default: (0.01), 
              range: 0 to 1).

◆ fmaxk()

def materials.steel_base.BasicSteel.fmaxk ( self )

Characteristic ultimate strength. This method is added for
    compatibility with ReinforcingSteel material as defined
    in concrete base.

◆ fyd()

def materials.steel_base.BasicSteel.fyd ( self )

Return the design value of the yield strength.

◆ getDict()

def materials.steel_base.BasicSteel.getDict ( self )

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

◆ setFromDict()

def materials.steel_base.BasicSteel.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/steel_base.py

Public Member Functions

Public Attributes

Static Public Attributes