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::AxisymWaterPressureUtilities Member List

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

AddReshapeBaseClassLHS(MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const unsigned int dimension, const unsigned int number_of_variables, const unsigned int number_of_nodes)Kratos::WaterPressureUtilitiesprotected
AddReshapeBaseClassRHS(VectorType &rRightHandSideVector, const VectorType &rBaseClassRHS, const unsigned int &number_of_variables, const unsigned int &number_of_nodes)Kratos::WaterPressureUtilitiesprotected
AddReshapeKUU(MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const unsigned int dimension, const unsigned int number_of_variables, const unsigned int number_of_nodes)Kratos::WaterPressureUtilitiesprotected
AddReshapeKUwP(MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const unsigned int dimension, const unsigned int number_of_variables, const unsigned int number_of_nodes)Kratos::WaterPressureUtilitiesprotected
AddReshapeKwPU(MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const unsigned int dimension, const unsigned int number_of_variables, const unsigned int number_of_nodes)Kratos::WaterPressureUtilitiesprotected
AddReshapeKwPwP(MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const unsigned int dimension, const unsigned int number_of_variables, const unsigned int number_of_nodes)Kratos::WaterPressureUtilitiesprotected
AddReshapeSolidSkeletonDeformationMatrix(MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const unsigned int dimension, const unsigned int number_of_variables, const unsigned int number_of_nodes)Kratos::WaterPressureUtilitiesprotectedvirtual
AddReshapeWaterInternalForcesContribution(VectorType &rRightHandSideVector, const VectorType &rPartialRHS, const unsigned int number_of_variables, const unsigned int number_of_nodes, const unsigned int dimension)Kratos::WaterPressureUtilitiesprotected
AddReshapeWaterPressureForces(VectorType &rRightHandSide, const VectorType &rPartialRHS, const unsigned int number_of_variables, const unsigned int number_of_points)Kratos::WaterPressureUtilitiesprotected
AxisymWaterPressureUtilities()Kratos::AxisymWaterPressureUtilities
CalculateAndAddHydromechanicalLHS(HydroMechanicalVariables &rVariables, MatrixType &rLeftHandSide, const MatrixType &rBaseClassLHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilities
CalculateAndAddHydromechanicalRHS(HydroMechanicalVariables &rVariables, VectorType &rRightHandSide, const VectorType &rBaseClassRHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilities
CalculateAndAddStabilization(HydroMechanicalVariables &rVariables, Vector &rRightHandSide, const double &rIntegrationWeight)Kratos::WaterPressureUtilities
CalculateAndAddStabilizationLHS(HydroMechanicalVariables &rVariables, Matrix &rLeftHandSide, const double &rIntegrationWeight)Kratos::WaterPressureUtilities
CalculateMassBalance_AddDisplacementPart(HydroMechanicalVariables &rVariables, VectorType &rLocalRHS, const double &rIntegrationWeight) overrideKratos::AxisymWaterPressureUtilitiesprotectedvirtual
CalculateMassBalance_WaterPressurePart(HydroMechanicalVariables &rVariables, VectorType &rLocalRHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
CalculateStabilizationFactor(HydroMechanicalVariables &rVariables, double &rAlphaStabilization)Kratos::WaterPressureUtilitiesprotected
CalculateStabilizationLHS(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
CalculateStabilizationRHS(HydroMechanicalVariables &rVariables, VectorType &rRightHandSideVector, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
CalculateVolumeChange(const GeometryType &rGeometry, const Vector &rN, const Matrix &rTotalF)Kratos::WaterPressureUtilitiesprotectedvirtual
CalculateVolumeForcesContribution(HydroMechanicalVariables &rVariables, VectorType &rRightHandSideVector, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
CalculateWaterInternalForcesContribution(HydroMechanicalVariables &rVariables, VectorType &rRightHandSideVector, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
ComputeDarcyFlowGeometricTerms(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
ComputeDensityChangeTerm(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight) overrideKratos::AxisymWaterPressureUtilitiesprotectedvirtual
ComputeSolidSkeletonDeformationMatrix(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight) overrideKratos::AxisymWaterPressureUtilitiesprotectedvirtual
ComputeWaterPressureKuug(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
ComputeWaterPressureKUwP(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight) overrideKratos::AxisymWaterPressureUtilitiesprotectedvirtual
ComputeWaterPressureKwPwP(HydroMechanicalVariables &rVariables, MatrixType &rLocalLHS, const double &rIntegrationWeight)Kratos::WaterPressureUtilitiesprotected
GeometryType typedefKratos::AxisymWaterPressureUtilities
GetPermeabilityTensor(const PropertiesType &rProperties, const Matrix &rTotalF, Matrix &rK, const double &rInitial_porosity, const unsigned int &rDimension, const double &rVolume)Kratos::WaterPressureUtilities
GetPermeabilityTensor(const PropertiesType &rProperties, const Matrix &rTotalF, Matrix &rK, const double &rInitial_porosity, const double &rVolume)Kratos::WaterPressureUtilitiesprotected
GetScalingConstant(double &rScalingConstant, const PropertiesType &pProperties)Kratos::WaterPressureUtilitiesprotected
GetVoigtSize(const unsigned int &dimension, unsigned int &voigtsize, unsigned int &principal_dimension) overrideKratos::AxisymWaterPressureUtilitiesprotectedvirtual
IndexType typedefKratos::AxisymWaterPressureUtilities
MatrixType typedefKratos::AxisymWaterPressureUtilities
mPPPKratos::WaterPressureUtilitiesprotected
NodeType typedefKratos::AxisymWaterPressureUtilities
PropertiesType typedefKratos::AxisymWaterPressureUtilities
SizeType typedefKratos::AxisymWaterPressureUtilities
VectorType typedefKratos::AxisymWaterPressureUtilities
WaterPressureUtilities()Kratos::WaterPressureUtilities
~AxisymWaterPressureUtilities()Kratos::AxisymWaterPressureUtilitiesinlinevirtual
~WaterPressureUtilities()Kratos::WaterPressureUtilitiesinlinevirtual
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