Classes documentation

The program adopts the Object Oriented Programming (OOP) paradigm. Below is the UML diagram of the main classes.

Model classes

Model classes

Model

• Model_M
• Model_H
• Model_HM
• Model H2
  • Model_H2_PcPg
• Model_H2M

RegularElement classes

RegularElement

• RegularElement_M
• RegularElement_H
• RegularElement_HM
• RegularElement_H2
• RegularElement_H2M

EnrichedElement classes

• EnrichedElement_M
• EnrichedElement_H

DiscontinuityElement classes

DiscontinuityElement

• DiscontinuityElement_M
• DiscontinuityElement_H

Shape classes

Shape

• Shape_CST
• Shape_LST
• Shape_ISOQ4
• Shape_ISOQ8

Material classes

• Material_M
• Material_H
• Material_HM
• Material H2
• Material_H2M

MaterialDiscontinuity classes

• MaterialDiscontinuity_M
• MaterialDiscontinuity_H

Material classes

Material type classes

• PorousMedia
• Fluid
  • IdealGas

Mechanical law classes

MechanicalLaw

• MechanicalLinearElastic
• MechanicalElastoPlastic
  • MechanicalElastoPlasticVonMises
  • MechanicalElastoPlasticDruckerPrager
• MechanicalIsotropicDamage

RelativePermeability

RelativePermeability

• RelativePermeabilityBrooksCoreyGas
• RelativePermeabilityBrooksCoreyLiquid
• RelativePermeabilityPolynomialGas
• RelativePermeabilityPolynomialLiquid
• RelativePermeabilityUMAT
• RelativePermeabilityLiakopoulos

CapillaryPressure

CapillaryPressure

• CapillaryPressureBrooksCorey
• CapillaryPressureUMAT
• CapillaryPressureLiakopoulos

Analysis classes

Analysis classes

• ResultAnalysis
• Anl_Linear
• Anl_Nonlinear
• Anl_Transient
  • NonlinearScheme
  • NonlinearScheme_Newton
  • NonlinearScheme_Picard