#include <loads.h>

Inheritance diagram for openbeam::CLoadConcentratedForce:

Collaboration diagram for openbeam::CLoadConcentratedForce:

Public Member Functions
	CLoadConcentratedForce (num_t P_, num_t dist_, num_t vx, num_t vy, num_t vz)

void	computeStressAndEquivalentLoads (const CElement *el, ElementStress &stress, std::vector< array6 > &loads) override

void	loadParamsFromSet (const mrpt::containers::yaml &p, const EvaluationContext &ctx) override

void	meshLoad (CStructureProblem &meshed_fem, const std::vector< size_t > &meshed_element_idxs, const size_t original_bar_idx, const CStructureProblem &original_fem) const override

mrpt::opengl::CSetOfObjects::Ptr	getVisualization (const CFiniteElementProblem &fem, const DrawStructureOptions &options, const DrawElementExtraParams &draw_el_params, const MeshOutputInfo *meshing_info) const override

Public Member Functions inherited from openbeam::CLoadOnBeam
virtual void	getVisualization_init (const CFiniteElementProblem &fem, const DrawStructureOptions &options, const DrawElementExtraParams &draw_el_params, const MeshOutputInfo *meshing_info) const

virtual void	getVisualization_pre (const CFiniteElementProblem &fem, const DrawStructureOptions &options, const DrawElementExtraParams &draw_el_params, const MeshOutputInfo *meshing_info) const

Public Attributes
num_t	P
	Load modulus (N)

num_t	dist
	Load modulus (N)

num_t	dir [3]
	Director vector, in GLOBAL coordinates.

Additional Inherited Members
Public Types inherited from openbeam::CLoadOnBeam
using	Ptr = std::shared_ptr< CLoadOnBeam >

using	ConstPtr = std::shared_ptr< const CLoadOnBeam >

Static Public Member Functions inherited from openbeam::CLoadOnBeam
static CLoadOnBeam::Ptr	createLoadByName (const std::string &sName)

Detailed Description

Concentrated force applied at any point along the beam, in an arbitrary direction given by a director vector. Accepted parameters loadable from problem files:

"P": Load value (N)
"D": Distance from the first node to the application point (m)
"DX", "DY" & "DZ": Director vector (must not be unitary)

Constructor & Destructor Documentation

◆ CLoadConcentratedForce()

openbeam::CLoadConcentratedForce::CLoadConcentratedForce	(	num_t	P_,
		num_t	dist_,
		num_t	vx,
		num_t	vy,
		num_t	vz
	)

inline

Parameters

[in]	P	Force modulus (N)
[in]	dist	Distance from the first beam node to the point of the force is applied to (m)
[in]	vx,vy,vz	Normalized director vector (in global coordinates) of the force

Member Function Documentation

◆ loadParamsFromSet()

void openbeam::CLoadConcentratedForce::loadParamsFromSet	(	const mrpt::containers::yaml &	p,
		const EvaluationContext &	ctx
	)

overridevirtual

See declaration in base class

Implements openbeam::CLoadOnBeam.

◆ meshLoad()

void openbeam::CLoadConcentratedForce::meshLoad	(	CStructureProblem &	meshed_fem,
		const std::vector< size_t > &	meshed_element_idxs,
		const size_t	original_bar_idx,
		const CStructureProblem &	original_fem
	)		const

overridevirtual

Decompose the distributed load as needed into the set of elements in which the original element has been meshed

Implements openbeam::CLoadOnBeam.

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

/home/jlblanco/code/openbeam/libopenbeam/include/openbeam/loads.h

Public Member Functions