Public Member Functions
	MechanicsControl (NuTo::Structure &rS, NuTo::ConstitutiveBase &rCL)
	constructor More...

void	SetParametersConstitutiveLaw ()

template<int TDim>
void	AddConstraint (std::function< bool(NuTo::NodeBase *)> rGetNodeFunction, NuTo::eDirection rDirection, std::function< double(double)> rDisplacementFunction=NuTo::Constraint::RhsConstant(0))

	MechanicsControl (NuTo::Structure &rS, NuTo::ConstitutiveBase &rCL)
	constructor More...

void	SetParametersConstitutiveLaw ()

void	AddConstraint (std::function< bool(NuTo::NodeBase *)> rGetNodeFunction, NuTo::eDirection rDirection, std::function< double(double)> rDisplacementFunction=NuTo::Constraint::RhsConstant(0))

Constructor & Destructor Documentation

MechanicsControl::MechanicsControl	(	NuTo::Structure &	rS,
		NuTo::ConstitutiveBase &	rCL
	)

inline

constructor

MechanicsControl::MechanicsControl	(	NuTo::Structure &	rS,
		NuTo::ConstitutiveBase &	rCL
	)

inline

constructor

Member Function Documentation

template<int TDim>

void MechanicsControl::AddConstraint	(	std::function< bool(NuTo::NodeBase *)>	rGetNodeFunction,
		NuTo::eDirection	rDirection,
		std::function< double(double)>	rDisplacementFunction = `NuTo::Constraint::RhsConstant(0)`
	)

inline

void MechanicsControl::AddConstraint	(	std::function< bool(NuTo::NodeBase *)>	rGetNodeFunction,
		NuTo::eDirection	rDirection,
		std::function< double(double)>	rDisplacementFunction = `NuTo::Constraint::RhsConstant(0)`
	)

inline

void MechanicsControl::SetParametersConstitutiveLaw ( )

inline

void MechanicsControl::SetParametersConstitutiveLaw ( )

inline

NuTo::ConstitutiveBase & MechanicsControl::mCL

double MechanicsControl::mDensity = 1.0

double MechanicsControl::mPoissonRatio = 0.2

NuTo::Structure & MechanicsControl::mS

double MechanicsControl::mYoungsModulus = 30.e9

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