KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
Kratos::Bentonite_Force_Based_Inlet Member List

This is the complete list of members for Kratos::Bentonite_Force_Based_Inlet, including all inherited members.

AddRandomPerpendicularComponentToGivenVector(array_1d< double, 3 > &vector, const double angle_in_degrees)Kratos::DEM_Inletprotectedvirtual
AddRandomPerpendicularComponentToGivenVector2D(array_1d< double, 3 > &vector, const double angle_in_degrees)Kratos::DEM_Inletprotectedvirtual
BaseClass typedefKratos::Bentonite_Force_Based_Inlet
Bentonite_Force_Based_Inlet(ModelPart &inlet_modelpart, array_1d< double, 3 > injection_force, const int seed=42)Kratos::Bentonite_Force_Based_Inlet
CheckIfSubModelPartHasVariable(ModelPart &smp, const Variable< TDataType > &rThisVariable)Kratos::DEM_Inletinline
CheckSubModelPart(ModelPart &smp)Kratos::DEM_Inletvirtual
CreateElementsFromInletMesh(ModelPart &r_modelpart, ModelPart &r_clusters_modelpart, ParticleCreatorDestructor &creator)Kratos::DEM_Inletvirtual
DEM_Force_Based_Inlet(ModelPart &inlet_modelpart, array_1d< double, 3 > injection_force, const int seed=42)Kratos::DEM_Force_Based_Inlet
DEM_Inlet(ModelPart &inlet_modelpart, const int seed=42)Kratos::DEM_Inlet
DEM_Inlet(ModelPart &inlet_modelpart, const Parameters &r_inlet_settings, const int seed=42)Kratos::DEM_Inlet
DEM_Inlet(const DEM_Inlet &)=deleteKratos::DEM_Inlet
DettachClusters(ModelPart &r_clusters_modelpart, unsigned int &max_Id)Kratos::DEM_Inlet
DettachElements(ModelPart &r_modelpart, unsigned int &max_Id)Kratos::DEM_Inlet
ElementIteratorType typedefKratos::Bentonite_Force_Based_Inlet
ElementsArrayType typedefKratos::Bentonite_Force_Based_Inlet
GetInletModelPart()Kratos::DEM_Inlet
GetMaxRadius(ModelPart &mp)Kratos::DEM_Inletvirtual
GetPartialMassInjectedSoFar(const int i)Kratos::DEM_Inlet
GetPartialNumberOfParticlesInjectedSoFar(const int i)Kratos::DEM_Inlet
GetTotalMassInjectedSoFar()Kratos::DEM_Inlet
GetTotalNumberOfParticlesInjectedSoFar()Kratos::DEM_Inlet
InitializeDEM_Inlet(ModelPart &r_modelpart, ParticleCreatorDestructor &creator, const bool using_strategy_for_continuum=false)Kratos::DEM_Inletvirtual
InitializeStep(ModelPart &r_receiver_model_part) overrideKratos::Bentonite_Force_Based_Inletvirtual
KRATOS_CLASS_POINTER_DEFINITION(Bentonite_Force_Based_Inlet)Kratos::Bentonite_Force_Based_Inlet
Kratos::DEM_Force_Based_Inlet::KRATOS_CLASS_POINTER_DEFINITION(DEM_Force_Based_Inlet)Kratos::DEM_Force_Based_Inlet
Kratos::DEM_Inlet::KRATOS_CLASS_POINTER_DEFINITION(DEM_Inlet)Kratos::DEM_Inlet
NanoParticlePointerType typedefKratos::Bentonite_Force_Based_Inlet
OneNeighbourInjectorIsInjecting(const Element::Pointer &element)Kratos::DEM_Inlet
operator=(const DEM_Inlet &)=deleteKratos::DEM_Inlet
ParticleWeakIteratorType typedefKratos::Bentonite_Force_Based_Inlet
ParticleWeakVectorType typedefKratos::Bentonite_Force_Based_Inlet
SetDistributionMeanRadius(ModelPart &mp)Kratos::DEM_Inletvirtual
SetMaxDistributionRadius(ModelPart &mp)Kratos::DEM_Inletvirtual
SetNormalizedMaxIndentationForNewParticleCreation(const double value)Kratos::DEM_Inlet
SetNormalizedMaxIndentationForRelease(const double value)Kratos::DEM_Inlet
~Bentonite_Force_Based_Inlet()Kratos::Bentonite_Force_Based_Inletinlinevirtual
~DEM_Force_Based_Inlet()Kratos::DEM_Force_Based_Inletinlinevirtual
~DEM_Inlet()Kratos::DEM_Inletinlinevirtual