Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

Cconstitutive::CachedVariable< T >
Cconstitutive::CachedScalar< T >
Cconstitutive::CachedVariable< Eigen::Matrix< T, 3, 1 > >
Cconstitutive::CachedVector3< T >
Cconstitutive::CachedVariable< Eigen::Matrix< T, 3, 3 > >
Cconstitutive::CachedMatrix33< T >
Cconstitutive::CachedVariable< Eigen::Matrix< T, 6, 1 > >
Cconstitutive::CachedVector6< T >
Cconstitutive::CachedVariable< Tensor2< T > >
Cconstitutive::CachedTensor2< T >
Cconstitutive::ConstitutiveModelBase< T >	Base class for constitutive models
Cconstitutive::ElastoplasticModelBase< T >
Cmicromechanical::core::MicromechanicalBase< T > *
Celastoplastic::core::ElastoplasticModel< T >	Base class for elastoplastic models
Celastoplastic::core::AnisotropicStrength< T >	Anisotropic strength criterion
Celastoplastic::J2Yang< T >	J2Yang model
Celastoplastic::SIMSAND< T >	SIMSAND model
Celastoplastic::core::CriticalStateLine< T >	Critical state lines
Celastoplastic::J2Yang< T >	J2Yang model
Celastoplastic::SIMSAND< T >	SIMSAND model
Celastoplastic::core::StiffnessBase< T >	Base class for stiffness
Celastoplastic::core::Homogenization< T >
Celastoplastic::J2Yang< T >	J2Yang model
Celastoplastic::KinematicHomogenization< T >	Kinematic homogenization for elastic materials
Celastoplastic::MohrCoulomb< T >	Mohr-Coulomb model
Celastoplastic::SIMSAND< T >	SIMSAND model
Celastoplastic::StaticHomogenization< T >	Static homogenization for elastic materials
Celastoplastic::core::HookeLaw< T >
Celastoplastic::Elastic< T >	Elastic model
Celastoplastic::core::StressDilatancy< T >	Stress-dilatancy relationship
Celastoplastic::J2Yang< T >	J2Yang model
Celastoplastic::SIMSAND< T >	SIMSAND model
Cmicromechanical::core::MicromechanicalBase< T >	Base class for micromechanical models
Cmicromechanical::core::BestFitAveraging< T >	Average the contact displacement into the strain tensor based on the best-fit hypothesis
Cmicromechanical::ChangHicher< T >	Chang and Hicher's micromechanical model
Cmicromechanical::core::KinematicHypothesisLocalization< T >	Localize the macroscopic stress to the microscopic contact force
Cmicromechanical::ChangHicher< T >	Chang and Hicher's micromechanical model
Cmicromechanical::core::LoveWeberAveraging< T >	Average the microscopic contact force to the macroscopic stress
Cmicromechanical::ChangHicher< T >	Chang and Hicher's micromechanical model
Cmicromechanical::core::StaticHypothesisLocalization< T >	Localize the macroscopic stress to the microscopic contact force
Cmicromechanical::ChangHicher< T >	Chang and Hicher's micromechanical model
Cmicromechanical::core::ContactLawBase< T >	Base class for contact laws
Cmicromechanical::core::CSLBase< T >	Base class for critical state line
Cmicromechanical::core::ExponentialBreakageCSL< T >	An exponential-curvature critical state line (CSL) with breakage effect
Cmicromechanical::contacts::ExponentialContactLaw< T >	Exponential contact law
Cmicromechanical::contacts::HyperbolicContactLaw< T >	Hyperbolic contact law
Cmicromechanical::contacts::HypoplasticContactLaw< T >	Hypoplastic contact law
Cmicromechanical::contacts::SANISANDContactLaw< T >	SANISAND contact law
Cmicromechanical::contacts::SIMSANDContactLaw< T >	SIMSAND contact law
Cmicromechanical::core::LogarithmicCSL< T >	A logarithmic-curvature critical state line (CSL)
Cmicromechanical::contacts::OSIMSANDContactLaw< T >	OSIMSAND contact law
Cmicromechanical::core::MCCCSL< T >
Cmicromechanical::contacts::MCCContactLaw< T >	MCC contact law
Cmicromechanical::core::ChangStiffness< T >	Stress dependent stiffness for the contact law based on Chang et al. (1989)
Cmicromechanical::contacts::ExponentialContactLaw< T >	Exponential contact law
Cmicromechanical::contacts::HyperbolicContactLaw< T >	Hyperbolic contact law
Cmicromechanical::contacts::MCCContactLaw< T >	MCC contact law
Cmicromechanical::contacts::OSIMSANDContactLaw< T >	OSIMSAND contact law
Cmicromechanical::contacts::SANISANDContactLaw< T >	SANISAND contact law
Cmicromechanical::contacts::SIMSANDContactLaw< T >	SIMSAND contact law
Cmicromechanical::core::ConstantStiffness< T >	Constant stiffness for contact laws
Cmicromechanical::contacts::CoulombContactLaw< T >	Coulomb contact law
Cmicromechanical::contacts::ElasticContactLaw< T >	Elastic contact law
Cmicromechanical::core::ElastoplasticContactLaw< T >	Base class for elastoplastic contact laws
Cmicromechanical::contacts::CoulombContactLaw< T >	Coulomb contact law
Cmicromechanical::contacts::MCCContactLaw< T >	MCC contact law
Cmicromechanical::contacts::OSIMSANDContactLaw< T >	OSIMSAND contact law
Cmicromechanical::contacts::SANISANDContactLaw< T >	SANISAND contact law
Cmicromechanical::contacts::SIMSANDContactLaw< T >	SIMSAND contact law
Cmicromechanical::core::NonlinearElasticContactLaw< T >	Base class for nonlinear elastic contact laws
Cmicromechanical::contacts::ElasticContactLaw< T >	Elastic contact law
Cmicromechanical::contacts::ExponentialContactLaw< T >	Exponential contact law
Cmicromechanical::contacts::HyperbolicContactLaw< T >	Hyperbolic contact law
Cmicromechanical::contacts::HypoplasticContactLaw< T >	Hypoplastic contact law
Cmicromechanical::core::RichartStiffness< T >	Stress dependent stiffness for the contact law based on Richart et al. (1970)
Cmicromechanical::contacts::ContactLawRegistry< T >	Contact law registry
Cconstitutive::DebugVariable< T >
Cconstitutive::FabricTensor< T >	Fabric tensor for the directional density function
Cconstitutive::FabricTensorChanged
Cmicromechanical::core::Integration< T >	Contact integration points for micromechanical models
Cconstitutive::Load< T >	Load
Cconstitutive::LoadPhase< T >	Load phase
Cconstitutive::MaterialBase< T >	Material properties
Celastoplastic::core::ElastoplasticMaterial< T >
Cmicromechanical::core::Material< T >	Material properties for contact laws
Cmicromechanical::MicromechanicalRegistry< T >	Micromechanical model registry
Cconstitutive::Options< T >	Options for constitutive models
Cconstitutive::Scalar< T >
Cconstitutive::StateVariable< T >	State variables for constitutive models
Cmicromechanical::StateVariables< T >	Map of state variables for all steps for micromechanical models
Cconstitutive::Tensor2< T >	Class for the 2nd-order tensor (3, 3) representation
Cconstitutive::Vector< T >