CreepUniaxial.cpp File Reference

#include "nuto/base/Exception.h"
#include "nuto/mechanics/constitutive/ConstitutiveEnum.h"
#include "nuto/mechanics/constraints/Constraints.h"
#include "nuto/mechanics/constraints/ConstraintCompanion.h"
#include "nuto/mechanics/DirectionEnum.h"
#include "nuto/mechanics/groups/Group.h"
#include "nuto/mechanics/mesh/MeshGenerator.h"
#include "nuto/mechanics/nodes/NodeEnum.h"
#include "nuto/mechanics/sections/Section.h"
#include "nuto/mechanics/sections/SectionPlane.h"
#include "nuto/mechanics/sections/SectionTruss.h"
#include "nuto/mechanics/structures/unstructured/Structure.h"
#include "nuto/mechanics/timeIntegration/NewmarkDirect.h"
#include "nuto/mechanics/timeIntegration/TimeControl.h"
#include "nuto/mechanics/timeIntegration/postProcessing/PostProcessor.h"
#include "nuto/visualize/VisualizeEnum.h"
#include <cmath>
#include <boost/filesystem.hpp>

Macros
#define	NUMELEMENTSPERDIRECTION   3
#define	INITIALTIMESTEP   1.e-9
#define	TIMESTEP   20000.0
#define	SIMULATIONTIME   100000.0
#define	NUMERICALTOLERANCE   1.e-2
#define	MAXITERATION   20
#define	EXTERNALFORCE   -1.e9
#define	TOTALYOUNGSMODULUS   2.e9

Functions
double	CalcTotalStiffnes (double YoungsModulus, Eigen::VectorXd kelvinChainStiffness)
double	CalculateTheoreticalKelvinChainStrain (double YoungsModulus, Eigen::VectorXd kelvinChainStiffness, Eigen::VectorXd kelvinChainRetardationTimes, double time)
template<int TDim>
void	TestCreepModel (std::string testName, const std::array< eDirection, TDim > directions, double YoungsModulus, Eigen::VectorXd kelvinChainStiffness, Eigen::VectorXd kelvinChainRetardationTimes, double poissonRatio)
void	PerformTestSeries (std::string testName, double YoungsModulus, Eigen::VectorXd kelvinChainStiffness, Eigen::VectorXd kelvinChainRetardationTimes, double poissonRatio)
int	main (int argc, char *argv[])

Macro Definition Documentation

#define EXTERNALFORCE   -1.e9

#define INITIALTIMESTEP   1.e-9

#define MAXITERATION   20

#define NUMELEMENTSPERDIRECTION   3

#define NUMERICALTOLERANCE   1.e-2

#define SIMULATIONTIME   100000.0

#define TIMESTEP   20000.0

#define TOTALYOUNGSMODULUS   2.e9

Function Documentation

double CalcTotalStiffnes	(	double	YoungsModulus,
		Eigen::VectorXd	kelvinChainStiffness
	)

double CalculateTheoreticalKelvinChainStrain	(	double	YoungsModulus,
		Eigen::VectorXd	kelvinChainStiffness,
		Eigen::VectorXd	kelvinChainRetardationTimes,
		double	time
	)

int main	(	int	argc,
		char *	argv[]
	)

void PerformTestSeries	(	std::string	testName,
		double	YoungsModulus,
		Eigen::VectorXd	kelvinChainStiffness,
		Eigen::VectorXd	kelvinChainRetardationTimes,
		double	poissonRatio
	)

template<int TDim>

void TestCreepModel	(	std::string	testName,
		const std::array< eDirection, TDim >	directions,
		double	YoungsModulus,
		Eigen::VectorXd	kelvinChainStiffness,
		Eigen::VectorXd	kelvinChainRetardationTimes,
		double	poissonRatio
	)