Functions
def	registerPreElement (name, includes, element_type, *args)

def	volumeLoad (f, int d)

def	volumeLoad1D (f)

def	volumeLoad2D (f)

def	volumeLoad3D (f)

def	neumannBoundaryLoad (boundaryPatch, f)

def	nonLinearElastic (mat)

def	linearElastic (mat)

def	truss (youngs_modulus, cross_section)

def	eas (numberofparameters, strainTag="LinearStrain")

def	assumedStress (numberofparameters, stressTag="LinearStress")

def	kirchhoffLoveShell (float youngs_modulus, nu, thickness)

def	makeFE (basis, *skills)

Function Documentation

◆ assumedStress()

def ikarus.finite_elements.assumedStress	(	numberofparameters,
		stressTag = `"LinearStress"`
	)

@brief Creates an assumed stress pre-element.

@param numberofparameters: The number of parameters.

@return: The registered assumed stress pre-element function.

◆ eas()

def ikarus.finite_elements.eas	(	numberofparameters,
		strainTag = `"LinearStrain"`
	)

@brief Creates an enhanced assumed strains pre-element.

@param numberofparameters: The number of parameters.

@return: The registered enhanced assumed strains pre-element function.

◆ kirchhoffLoveShell()

def ikarus.finite_elements.kirchhoffLoveShell	(	float	youngs_modulus,
			nu,
			thickness
	)

@brief Creates a Kirchhoff Love shell pre-element.

@param youngs_modulus: Young's modulus.
@param nu: Poisson's ratio.
@param thickness: The thickness of the shell.

@return: The registered Kirchhoff Love shell pre-element function.

◆ linearElastic()

def ikarus.finite_elements.linearElastic ( mat )

@brief Creates a linear elastic pre-element.

@param mat: The material.

@return: The registered linear elastic pre-element function.

◆ makeFE()

def ikarus.finite_elements.makeFE	(		basis,
		*	skills
	)

@brief Creates a finite element with the specified basis and skills.

@param basis: The basis for the finite element.
@param skills: Skills for the finite element.

@return: The created finite element.

◆ neumannBoundaryLoad()

def ikarus.finite_elements.neumannBoundaryLoad	(	boundaryPatch,
		f
	)

@brief Creates a Neumann boundary load pre-element.

@param boundaryPatch: The boundary patch.
@param f: The traction function.

@return: The registered Neumann boundary load pre-element function.

◆ nonLinearElastic()

def ikarus.finite_elements.nonLinearElastic ( mat )

@brief Creates a non-linear elastic pre-element.

@param mat: The material.

@return: The registered non-linear elastic pre-element function.

◆ registerPreElement()

def ikarus.finite_elements.registerPreElement	(		name,
			includes,
			element_type,
		*	args
	)

@brief Registers a pre-element with the specified parameters.

@param name: The name of the pre-element.
@param includes: List of additional include files.
@param element_type: The type of the pre-element.
@param args: Additional arguments required for the pre-element registration.

@return: The registered pre-element function.

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◆ truss()

def ikarus.finite_elements.truss	(	youngs_modulus,
		cross_section
	)

@brief Creates a truss pre-element.

@param youngs_modulus: Young's modulus.
@param cross_section: Cross-section area.

@return: The registered truss pre-element function.

◆ volumeLoad()

def ikarus.finite_elements.volumeLoad	(		f,
		int	d
	)

@brief Creates a volume load pre-element for the specified dimension.

@param f: The volume load function.
@param d: The dimension of the volume load (1, 2, or 3).

@return: The registered volume load pre-element function.

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◆ volumeLoad1D()

def ikarus.finite_elements.volumeLoad1D ( f )

@brief Creates a 1D volume load pre-element.

@param f: The volume load function.

@return: The registered 1D volume load pre-element function.

◆ volumeLoad2D()

def ikarus.finite_elements.volumeLoad2D ( f )

@brief Creates a 2D volume load pre-element.

@param f: The volume load function.

@return: The registered 2D volume load pre-element function.

◆ volumeLoad3D()

def ikarus.finite_elements.volumeLoad3D ( f )

@brief Creates a 3D volume load pre-element.

@param f: The volume load function.

@return: The registered 3D volume load pre-element function.

Functions