# Materials
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: CompositeLayers
        :nocontentsentry:

        Layers: Composite material layers in order from top to bottom. 

        :type: PVector
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constant: Constant value
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: KPlastic
        :nocontentsentry:

        Plastic behavior. 
        |  Constant: Constant value

        :type: Enumerate: { LinearElastic, DruckerPrager, CamClay, MohrCoulomb, HoekBrown, NonlinearElastic, Hyperbolic, SmallStrainOverlay }
    .. py:attribute:: Densities
        :nocontentsentry:

        Densities. 

        :type: GeotDensity
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: GeotDensity:
    :nocontentsentry:

    

    .. py:attribute:: TpRho
        :nocontentsentry:

        ρ type: Type of density/specific weight. 

        :type: Enumerate: { Dry, Solid, Apparent, Submerged, Saturated }
    .. py:attribute:: DensDry
        :nocontentsentry:

        ρ dry: Dry density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: DensSolid
        :nocontentsentry:

        ρ solid: Solid density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: DensApparent
        :nocontentsentry:

        ρ apparent: Apparent density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: DensSubmerged
        :nocontentsentry:

        ρ submerged: Submerged density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: DensSaturated
        :nocontentsentry:

        ρ saturated: Saturated density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: DensWater
        :nocontentsentry:

        ρ water: Water density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WeightDry
        :nocontentsentry:

        γ dry: Dry specific weight. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WeightSolid
        :nocontentsentry:

        γ solid: Solid specific weight. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WeightApparent
        :nocontentsentry:

        γ apparent: Apparent specific weight. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WeightSubmerged
        :nocontentsentry:

        γ submerged: Submerged specific weight. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WeightSaturated
        :nocontentsentry:

        γ saturated: Saturated specific weight. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WeightWater
        :nocontentsentry:

        γ water: Water specific weight. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: Porosity
        :nocontentsentry:

        Porosity. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.00.

        :type: Double
    .. py:attribute:: VoidRatio
        :nocontentsentry:

        Void ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: WaterContent
        :nocontentsentry:

        Water content ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 1.00.

        :type: Double
    .. py:attribute:: SatGrade
        :nocontentsentry:

        Saturation grade. 
        |  Constant: Constant value

        :type: Double
```
```{eval-rst}
.. py:class:: DampingData:
    :nocontentsentry:

    

    .. py:attribute:: AutocalculateRayleigh
        :nocontentsentry:

        Automatic: Rayleigh coefficients calculated automatically. 

        :type: bool
    .. py:attribute:: AlphaRayleigh
        :nocontentsentry:

        α: α coefficient for Rayleigh damping (coefficient that multiplies the mass matrix). 
        |  Constant: Constant value
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: BetaRayleigh
        :nocontentsentry:

        β: β coefficient for Rayleigh damping (coefficient that multiplies the stiffness matrix). 
        |  Constant: Constant value
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: DampingRatio
        :nocontentsentry:

        Damping: Ratio of the damping to the critical damping. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: MinFreq
        :nocontentsentry:

        ω min.: Minimum frequency of the structure. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: MaxFreq
        :nocontentsentry:

        ω max.: Maximum frequency of the structure. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: thOrtho
        :nocontentsentry:

        Kt Orthotropic: Activate to define a orthotropic thermal conductivity. 

        :type: bool
    .. py:attribute:: Kt
        :nocontentsentry:

        Kt: Thermal conductivity definition. 

        :type: ThermalConductivity
```
```{eval-rst}
.. py:class:: ThermalConductivity:
    :nocontentsentry:

    

    .. py:attribute:: KtValue
        :nocontentsentry:

        Kt: Thermal conductivity value. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: KtDependency
        :nocontentsentry:

        Kt temperature-dependent. 

        :type: bool
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: ksOrtho
        :nocontentsentry:

        Ks Orthotropic: Activate to define an orthotropic saturated hydraulic conductivity. 

        :type: bool
    .. py:attribute:: HydProperties
        :nocontentsentry:

        Hydraulic properties: Hydraulic properties of the material. 

        :type: Enumerate: { SaturatedUnsaturated, Saturated }
    .. py:attribute:: Ks
        :nocontentsentry:

        Ks: Saturated hydraulic conductivity value (permeability). 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: OrientationKCS
        :nocontentsentry:

        Coordinate system: Coordinate system to define orthotropic properties. 

        :type: Entity
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: Ortho
        :nocontentsentry:

        Orthotropic: Activate to define an orthotropic properties for material. 

        :type: bool
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: FailureProperties
        :nocontentsentry:

        Failure: Failure properties. 

        :type: FailureData
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: CrackingData:
    :nocontentsentry:

    

    .. py:attribute:: CrackingYN
        :nocontentsentry:

        Cracking: Select if cracking is considered or not. 

        :type: bool
```
```{eval-rst}
.. py:class:: FailureData:
    :nocontentsentry:

    

    .. py:attribute:: FailureYN
        :nocontentsentry:

        Failure: Select if failure is considered or not. 

        :type: bool
```
```{eval-rst}
.. py:class:: StressStrainDiagram:
    :nocontentsentry:

    

    .. py:attribute:: SSName
        :nocontentsentry:

        Name: Name of the stress-strain diagram. 
        |  Constraints: Conditions: The name already exists.

        :type: str
    .. py:attribute:: SSData
        :nocontentsentry:

        Data: Data of the stress-strain diagram. 
        |  Constraints: Conditions: The name already exists.

        :type: Table
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ElastomerModel
        :nocontentsentry:

        Model: Elastomer model. 

        :type: Enumerate: { NeoHookean, MooneyRivlin, ThirdOrderDeformation }
    .. py:attribute:: ElastomerC10
        :nocontentsentry:

        C10: Elastomer constant C10. 

        :type: Double
    .. py:attribute:: ElastomerC01
        :nocontentsentry:

        C01: Elastomer constant C01. 

        :type: Double
    .. py:attribute:: ElastomerC11
        :nocontentsentry:

        C11: Elastomer constant C11. 

        :type: Double
    .. py:attribute:: ElastomerC20
        :nocontentsentry:

        C20: Elastomer constant C20. 

        :type: Double
    .. py:attribute:: ElastomerC30
        :nocontentsentry:

        C30: Elastomer constant C30. 

        :type: Double
    .. py:attribute:: ElastomerBulkModulus
        :nocontentsentry:

        K: Bulk modulus. If set to 0, it is evaluated as 10000 * (C10 + C01). 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Secant, Design, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: StressStrainDiagramList:
    :nocontentsentry:

    

    .. py:attribute:: SSDActive
        :nocontentsentry:

        Active diagram: Diagram that will be used for code checking. 

        :type: Entity
    .. py:attribute:: SSDList
        :nocontentsentry:

        σ-ε diagrams: List with the stress-strain diagrams. 

        :type: List
```
```{eval-rst}
.. py:class:: CodePropConcrete:
    :nocontentsentry:

    

    .. py:attribute:: EpsMin
        :nocontentsentry:

        ε min: Maximum allowable strain in compression. 
        |  Constraints: Conditions: Value must be lower or equal than 0.

        :type: Double
    .. py:attribute:: EpsInt
        :nocontentsentry:

        ε int: Maximum allowable strain in compression at internal points of the section. 
        |  Constraints: Conditions: Value must be lower or equal than 0.

        :type: Double
    .. py:attribute:: PCLevel
        :nocontentsentry:

        PCLevel: Ratio of the section's height from the most compressed face in which point C is located. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: BETAcc
        :nocontentsentry:

        βcc: Coefficient which depends on concrete age. Used to calculate time-dependant properties. 
        |  Constant: Constant value

        :type: Table
    .. py:attribute:: ExLn
        :nocontentsentry:

        Linear Ex: Elastic modulus used for linear analysis. 

        :type: Table
    .. py:attribute:: GammaC
        :nocontentsentry:

        γc: Partial safety factor. 
        |  Constraints: Conditions: Value must be lower or equal than 1.00.

        :type: Double
    .. py:attribute:: EPSc1
        :nocontentsentry:

        εc1: Strain of the peak compressive stress. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: EPScu
        :nocontentsentry:

        εcu: Ultimate strain in compression. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: fck
        :nocontentsentry:

        fck: Characteristic compressive strength. 

        :type: Table
    .. py:attribute:: fcm
        :nocontentsentry:

        fcm: Mean compressive strength. 
        |  Constant: Constant value

        :type: Table
    .. py:attribute:: fctm
        :nocontentsentry:

        fctm: Mean tensile strength. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: fctk005
        :nocontentsentry:

        fctk005: Lower characteristic tensile strength. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: fctk095
        :nocontentsentry:

        fctk095: Upper characteristic tensile strength. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: fcd
        :nocontentsentry:

        fcd: Design compressive strength. 
        |  Constant: Constant value

        :type: Table
    .. py:attribute:: Ecm
        :nocontentsentry:

        Ecm: Secant modulus of elasticity. 
        |  Constant: Constant value

        :type: Table
    .. py:attribute:: Ec
        :nocontentsentry:

        Ec: Tangent modulus of elasticity. 
        |  Constant: Constant value

        :type: Table
    .. py:attribute:: Ecd
        :nocontentsentry:

        Ecd: Design modulus of elasticity. 
        |  Constant: Constant value

        :type: Table
    .. py:attribute:: CeTp
        :nocontentsentry:

        Cement type. 

        :type: Enumerate: { TypeS, TypeN, TypeR, TypeRS }
```
```{eval-rst}
.. py:class:: CreepShrinkage:
    :nocontentsentry:

    

    .. py:attribute:: CreepType
        :nocontentsentry:

        Creep type: Define how to include creep. 

        :type: Enumerate: { NoCreep, StepByStep }
    .. py:attribute:: ShrinkageType
        :nocontentsentry:

        Shrinkage type: Define how to include shrinkage. 

        :type: Enumerate: { NoShrinkage, ByTemperatures }
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Secant, Design, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Initial, Secant, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Initial, Secant, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Secant, Reduced, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Secant, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Initial, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Secant, Design, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: ExType
        :nocontentsentry:

        Ex Type: Type of elastic modulus used for linear analysis. 

        :type: Enumerate: { Tangent, Secant, Design, User }
    .. py:attribute:: DruckerPrager
        :nocontentsentry:

        Drucker-Prager. 

        :type: bool
    .. py:attribute:: cohesion
        :nocontentsentry:

        Eff. Cohesion: Effective cohesion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: phi
        :nocontentsentry:

        Φ: Effective internal friction angle. 
        |  Constraints: Conditions: Value must be greater than 0.00 and lower or equal than 1.57.

        :type: Double
    .. py:attribute:: Ages
        :nocontentsentry:

        Ages: Ages defined for concrete properties. 
        |  Constant: Constant value

        :type: List
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: CrackingProperties
        :nocontentsentry:

        Cracking: Cracking properties. 

        :type: CrackingData
    .. py:attribute:: CrackCriticalStress
        :nocontentsentry:

        Critical σ: Critical tension stress. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropConcrete
    .. py:attribute:: CreepShrinkage
        :nocontentsentry:

        Creep and Shrinkage. 

        :type: CreepShrinkage
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: CodePropReinfSteel:
    :nocontentsentry:

    

    .. py:attribute:: fyk
        :nocontentsentry:

        fyk: Yield strength. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ftk
        :nocontentsentry:

        ftk: Tensile limit strength. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: GammaS
        :nocontentsentry:

        γs: Partial safety factor. 
        |  Constraints: Conditions: Value must be lower or equal than 1.00.

        :type: Double
    .. py:attribute:: EPSuk
        :nocontentsentry:

        εuk: Characteristic elongation at maximum load. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: fyd
        :nocontentsentry:

        fyd: Design strength. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: EpsMax
        :nocontentsentry:

        ε max: Maximum allowable strain in tension. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropReinfSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constant: Constant value
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: KPlastic
        :nocontentsentry:

        Plastic behavior. 
        |  Constant: Constant value

        :type: Enumerate: { LinearElastic, DruckerPrager, CamClay, MohrCoulomb, HoekBrown, NonlinearElastic, Hyperbolic, SmallStrainOverlay }
    .. py:attribute:: Densities
        :nocontentsentry:

        Densities. 

        :type: GeotDensity
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: CodePropSteel:
    :nocontentsentry:

    

    .. py:attribute:: Gamm0
        :nocontentsentry:

        γ0: Resistance of Class 1, 2 or 3 cross-sections. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: Gamm1
        :nocontentsentry:

        γ1: Resistance of Class 4 cross-sections and member buckling. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: Gamm2
        :nocontentsentry:

        γ2: Resistance of net sections at bolt holes. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: fy
        :nocontentsentry:

        fy: Yield strength. 

        :type: Table
    .. py:attribute:: fu
        :nocontentsentry:

        fu: Ultimate strength. 

        :type: Table
    .. py:attribute:: EpsMax
        :nocontentsentry:

        ε max: Maximum allowable strain in tension. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: EpsMin
        :nocontentsentry:

        ε min: Maximum allowable strain in compression. 
        |  Constraints: Conditions: Value must be lower or equal than 0.

        :type: Double
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:attribute:: Name
        :nocontentsentry:

        Name. 
        |  Constraints: Conditions: "" input must be non-empty. The name must be unique.

        :type: str
    .. py:attribute:: MatType
        :nocontentsentry:

        Type: Type of material. 
        |  Constant: Constant value

        :type: Enumerate: { StructSteel, Concrete, ReinfSteel, PrestSteel, Soil, Rock, Generic, Composite, Elastomer, Thermal, Porous }
    .. py:attribute:: ElastMod
        :nocontentsentry:

        E: Elastic modulus. 
        |  Constraints: Conditions: Value must be greater than 0.

        :type: Double
    .. py:attribute:: Poisson
        :nocontentsentry:

        ν: Poisson ratio. 
        |  Constraints: Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.

        :type: Double
    .. py:attribute:: Density
        :nocontentsentry:

        ρ: Density. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ShearModulus
        :nocontentsentry:

        G: Shear modulus. 
        |  Constant: Constant value

        :type: Double
    .. py:attribute:: ThExpans
        :nocontentsentry:

        α: Coefficient of linear thermal expansion. 
        |  Constraints: Conditions: Value must be greater or equal than 0.

        :type: Double
    .. py:attribute:: ActTime
        :nocontentsentry:

        Act. time: Activation time. 
        |  Constraints: Conditions: Value must be greater or equal than 0. Activation time must be lower than deactivation time.

        :type: Double
    .. py:attribute:: DeactTime
        :nocontentsentry:

        Deact. time: Deactivation time. 
        |  Constraints: Conditions: Value must be greater than 0. Deactivation time must be greater than activation time.

        :type: Double
    .. py:attribute:: SType
        :nocontentsentry:

        Steel type: Iron alloy phase. 

        :type: Enumerate: { Austenitic, NonAustenitic }
    .. py:attribute:: Thicknesses
        :nocontentsentry:

        Thickness: Thicknesses ranges defined to steel properties. 

        :type: List
    .. py:attribute:: HardeningType
        :nocontentsentry:

        Hardening type. 

        :type: Enumerate: { Isotropic, Kinematic, Combined }
    .. py:attribute:: ASSD
        :nocontentsentry:

        Analysis σ-ε diagram: Analysis stress-strain diagram. 

        :type: StressStrainDiagram
    .. py:attribute:: DSSD
        :nocontentsentry:

        Design σ-ε diagram: Design stress-strain diagram. 

        :type: StressStrainDiagramList
    .. py:attribute:: CodeProp
        :nocontentsentry:

        Code properties. 

        :type: CodePropSteel
    .. py:attribute:: DampingProperties
        :nocontentsentry:

        Damping: Damping properties. 

        :type: DampingData
    .. py:attribute:: ThermalMaterialProperties
        :nocontentsentry:

        Heat transfer properties: Heat transfer material properties. 

        :type: ThermalMaterial
    .. py:attribute:: PorousMaterialProperties
        :nocontentsentry:

        Porous material: Porous material properties. 

        :type: PorousMaterial
```
```{eval-rst}
.. py:class:: Material:
    :nocontentsentry:

    

    .. py:method:: Find(FindEntity)
        :nocontentsentry:

        Find. 

        :param Entity/str FindEntity: Entity name to find
        :return: Entity found
        :rtype: Entity

    .. py:attribute:: Materials
        :nocontentsentry:

        Materials. 

        :type: List
```
```{eval-rst}
.. py:function:: addDSSD(entity, Name, Data)
    :nocontentsentry:

    Add Design: Add a material's constitutive law for design


    :param [Entity] entity: Entity/Entities to apply the command
    :param  Name: Name: Diagram name. 
    :param  Data: Diagram: Diagram data. 
```

```{eval-rst}
.. py:function:: changeASSD(entity, ASSD)
    :nocontentsentry:

    Analysis: Material's constitutive law for analysis


    :param [Entity] entity: Entity/Entities to apply the command
    :param Enumerate: { Linear, Bilinear, Trilinear, BilinearHorizTopBranch, BilinearInclinedTopBranch, Characteristic, Design, ParabolicRectangular, ShortTermLoads, StructuralAnalysis, NoElastic, MultiElastic, EN_1994_1_2Diagram, UserDiagram, RigidPlasticFiberReinforcedConcrete, LinearFiberReinforcedConcrete } ASSD: Analysis σ-ε diagram: Analysis stress-strain diagram. 
```

```{eval-rst}
.. py:function:: changeGeotPlasticity(entity, KPlastic)
    :nocontentsentry:

    Behavior: Material's constitutive law for analysis


    :param [Entity] entity: Entity/Entities to apply the command
    :param Enumerate: { LinearElastic, DruckerPrager, CamClay, MohrCoulomb, HoekBrown, NonlinearElastic, Hyperbolic, SmallStrainOverlay, CFSoil, HypMC } KPlastic: Plastic behavior. 
```

```{eval-rst}
.. py:function:: createCompositeMat(CompositeMaterials, CompositeOrientations, CompositeThickness)
    :nocontentsentry:

    Composite: Create a composite material

    |  Alias: compositeMat

    :param PVectorConst CompositeMaterials: Material names for each layer. 
    :param PVector CompositeOrientations: Orientation values for each layer. 
    :param PVector CompositeThickness: Thickness values for each layer. 
```

```{eval-rst}
.. py:function:: createCompositeMat(Name, CompositeMaterials, CompositeOrientations, CompositeThickness)
    :nocontentsentry:

    Composite: Create a composite material

    |  Alias: compositeMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param PVectorConst CompositeMaterials: Material names for each layer. 
    :param PVector CompositeOrientations: Orientation values for each layer. 
    :param PVector CompositeThickness: Thickness values for each layer. 
```

```{eval-rst}
.. py:function:: createConcreteMat(Code, Material)
    :nocontentsentry:

    Concrete: Create a concrete material

    |  Alias: concreteMat

    :param Enumerate: { EC2, ACI, EHE, CEBFIP, BS8110, GB50010, NBR6118, IS456, SP52_101 } Code: Code or Standard. 
    :param Enumerate: { EC2_C8, EC2_C12, EC2_C16, EC2_C20, EC2_C25, EC2_C30, EC2_C35, EC2_C40, EC2_C45, EC2_C50, EC2_C55, EC2_C60, EC2_C70, EC2_C80, EC2_C90, EC2_C100 } Material: Material. 
```

```{eval-rst}
.. py:function:: createConcreteMat(Name, Code, Material)
    :nocontentsentry:

    Concrete: Create a concrete material

    |  Alias: concreteMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Enumerate: { EC2, ACI, EHE, CEBFIP, BS8110, GB50010, NBR6118, IS456, SP52_101 } Code: Code or Standard. 
    :param Enumerate: { EC2_C8, EC2_C12, EC2_C16, EC2_C20, EC2_C25, EC2_C30, EC2_C35, EC2_C40, EC2_C45, EC2_C50, EC2_C55, EC2_C60, EC2_C70, EC2_C80, EC2_C90, EC2_C100 } Material: Material. 
```

```{eval-rst}
.. py:function:: createGenericMat(ElastMod, Poisson, Density, ThExpans)
    :nocontentsentry:

    Generic: Create a generic material

    |  Alias: genericMat

    :param Double ElastMod: E: Elastic modulus. Conditions: Value must be greater than 0.
    :param Double Poisson: ν: Poisson ratio. Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.
    :param Double Density: ρ: Density. Conditions: Value must be greater or equal than 0.
    :param Double ThExpans: α: Coefficient of linear thermal expansion. Conditions: Value must be greater or equal than 0.
```

```{eval-rst}
.. py:function:: createGenericMat(Name, ElastMod, Poisson, Density, ThExpans)
    :nocontentsentry:

    Generic: Create a generic material

    |  Alias: genericMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Double ElastMod: E: Elastic modulus. Conditions: Value must be greater than 0.
    :param Double Poisson: ν: Poisson ratio. Conditions: Value must be greater or equal than 0.00 and lower or equal than 0.50.
    :param Double Density: ρ: Density. Conditions: Value must be greater or equal than 0.
    :param Double ThExpans: α: Coefficient of linear thermal expansion. Conditions: Value must be greater or equal than 0.
```

```{eval-rst}
.. py:function:: createPorousMatTablesVanGenuchten(entity, VanGenuchtenSoilType, PorMatTableInterpMethod, PressureLowerLimit, PressureUpperLimit, VanGenuchtenNPoints)
    :nocontentsentry:

    Porous material tables: Porous material tables definition

    |  Constraints: Seepage

    :param [Entity] entity: Entity/Entities to apply the command
    :param Enumerate: { Sand, LoamySand, SandyLoam, Loam, Silt, SiltLoam, SandyClayLoam, ClayLoam, SiltyClayLoam, SandyClay, SiltyClay, Clay, UserDefined } VanGenuchtenSoilType: Van Genuchten soil type: Default soil values for Van Genuchten algorithm. 
    :param Enumerate: { Linear, Logarithmic } PorMatTableInterpMethod: Table point generetion method: Method for obtaining the distances between two points on the table. Values near the lower limit will be further apart than points near the upper limit. 
    :param Double PressureLowerLimit: Lower pressure head limit: Lower pressure head limit considered for the table generation. 
    :param Double PressureUpperLimit: Upper pressure head limit: Upper pressure head limit considered for the table generation. Conditions: Value must be lower or equal than 0.
    :param int VanGenuchtenNPoints: Number of points: Number of points in the tables. Conditions: Value must be greater or equal than 2.00 and lower or equal than 200.00.
```

```{eval-rst}
.. py:function:: createPorousMatTablesVanGenuchten(entity, VanGenuchtenThetaSat, VanGenuchtenThetaRel, VanGenuchtenAlpha, VanGenuchtenN, VanGenuchtenKs, PorMatTableInterpMethod, PressureLowerLimit, PressureUpperLimit, VanGenuchtenNPoints)
    :nocontentsentry:

    Porous material tables: Porous material tables definition

    |  Constraints: Seepage

    :param [Entity] entity: Entity/Entities to apply the command
    :param Double VanGenuchtenThetaSat: θs: Saturated water content. Conditions: Value must be greater or equal than 0.00 and lower or equal than 1.00.
    :param Double VanGenuchtenThetaRel: θr: Relative water content. Conditions: Value must be greater or equal than 0.00 and lower or equal than 1.00.
    :param Double VanGenuchtenAlpha: α: α parameter from the Van Genuchten model. Conditions: Value must be greater than 0.
    :param Double VanGenuchtenN: n: n parameter from the Van Genuchten model. Conditions: Value must be greater or equal than 0.00 and lower than 100.00.
    :param Double VanGenuchtenKs: Ks: Saturated hydraulic conductivity. Conditions: Value must be greater or equal than 0.
    :param Enumerate: { Linear, Logarithmic } PorMatTableInterpMethod: Table point generetion method: Method for obtaining the distances between two points on the table. Values near the lower limit will be further apart than points near the upper limit. 
    :param Double PressureLowerLimit: Lower pressure head limit: Lower pressure head limit considered for the table generation. 
    :param Double PressureUpperLimit: Upper pressure head limit: Upper pressure head limit considered for the table generation. Conditions: Value must be lower or equal than 0.
    :param int VanGenuchtenNPoints: Number of points: Number of points in the tables. Conditions: Value must be greater or equal than 2.00 and lower or equal than 200.00.
```

```{eval-rst}
.. py:function:: createPrestMat(Code, Material)
    :nocontentsentry:

    Prest. steel: Create a prestressing steel material

    |  Alias: prestMat

    :param Enumerate: { ASTMA416, BS5896, EHE_Prest, ECEN10138, JISG3536 } Code: Code or Standard. 
    :param Enumerate: { EN10138_Y1570C, EN10138_Y1670C, EN10138_Y1770C, EN10138_Y1860C, EN10138_Y1770S2, EN10138_Y1860S3, EN10138_Y1960S3, EN10138_Y2060S3, EN10138_Y1770S7, EN10138_Y1860S7 } Material: Material. 
```

```{eval-rst}
.. py:function:: createPrestMat(Name, Code, Material)
    :nocontentsentry:

    Prest. steel: Create a prestressing steel material

    |  Alias: prestMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Enumerate: { ASTMA416, BS5896, EHE_Prest, ECEN10138, JISG3536 } Code: Code or Standard. 
    :param Enumerate: { EN10138_Y1570C, EN10138_Y1670C, EN10138_Y1770C, EN10138_Y1860C, EN10138_Y1770S2, EN10138_Y1860S3, EN10138_Y1960S3, EN10138_Y2060S3, EN10138_Y1770S7, EN10138_Y1860S7 } Material: Material. 
```

```{eval-rst}
.. py:function:: createReinfMat(Code, Material)
    :nocontentsentry:

    Reinf. steel: Create a reinforcement steel material

    |  Alias: reinfMat

    :param Enumerate: { EC2, ACI, EHE, CEBFIP, BS8110, GB50010, NBR6118, IS456, SP52_101 } Code: Code or Standard. 
    :param Enumerate: { EC2_S400, EC2_S500 } Material: Material. 
```

```{eval-rst}
.. py:function:: createReinfMat(Name, Code, Material)
    :nocontentsentry:

    Reinf. steel: Create a reinforcement steel material

    |  Alias: reinfMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Enumerate: { EC2, ACI, EHE, CEBFIP, BS8110, GB50010, NBR6118, IS456, SP52_101 } Code: Code or Standard. 
    :param Enumerate: { EC2_S400, EC2_S500 } Material: Material. 
```

```{eval-rst}
.. py:function:: createRockMat(RockType, RockSubtype, RockClass)
    :nocontentsentry:

    Rock: Create a rock material

    |  Alias: rockMat

    :param Enumerate: { Sedimentary, Igneous, Metamorphic } RockType: Rock type. 
    :param Enumerate: { Siliceous, Clastic, Calcic } RockSubtype: Rock subtype. 
    :param Enumerate: { Sandstone, Flint } RockClass: Rock class. 
```

```{eval-rst}
.. py:function:: createRockMat(Name, RockType, RockSubtype, RockClass)
    :nocontentsentry:

    Rock: Create a rock material

    |  Alias: rockMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Enumerate: { Sedimentary, Igneous, Metamorphic } RockType: Rock type. 
    :param Enumerate: { Siliceous, Clastic, Calcic } RockSubtype: Rock subtype. 
    :param Enumerate: { Sandstone, Flint } RockClass: Rock class. 
```

```{eval-rst}
.. py:function:: createSoilMat(TypeSoil)
    :nocontentsentry:

    Soil: Create a soil material

    |  Alias: soilMat

    :param Enumerate: { GravelWG, GravelPG, GravelS, GravelC, SandWG, SandPG, SandS, SandC, SiltLowWL, SiltHighWL, ClayLowWL, ClayHighWL, OrganicLowWL, OrganicHighWL, PeatLowWL, PeatHighWL } TypeSoil: Soil type. 
```

```{eval-rst}
.. py:function:: createSoilMat(Name, TypeSoil)
    :nocontentsentry:

    Soil: Create a soil material

    |  Alias: soilMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Enumerate: { GravelWG, GravelPG, GravelS, GravelC, SandWG, SandPG, SandS, SandC, SiltLowWL, SiltHighWL, ClayLowWL, ClayHighWL, OrganicLowWL, OrganicHighWL, PeatLowWL, PeatHighWL } TypeSoil: Soil type. 
```

```{eval-rst}
.. py:function:: createSteelMat(Code, Material)
    :nocontentsentry:

    Steel: Create a structural steel material

    |  Alias: steelMat

    :param Enumerate: { EC3, EN10025, EN36080, BS5950, ASTM, GB50017, IS800 } Code: Code or Standard. 
    :param Enumerate: { EC3_Fe360, EC3_Fe430, EC3_Fe510, EC3_FeE275, EC3_FeE355 } Material: Material. 
```

```{eval-rst}
.. py:function:: createSteelMat(Name, Code, Material)
    :nocontentsentry:

    Steel: Create a structural steel material

    |  Alias: steelMat

    :param str Name: Name. Conditions: "" input must be non-empty.
    :param Enumerate: { EC3, EN10025, EN36080, BS5950, ASTM, GB50017, IS800 } Code: Code or Standard. 
    :param Enumerate: { EC3_Fe360, EC3_Fe430, EC3_Fe510, EC3_FeE275, EC3_FeE355 } Material: Material. 
```

```{eval-rst}
.. py:function:: editAges(entity, NewAges)
    :nocontentsentry:

    Edit ages: 


    :param [Entity] entity: Entity/Entities to apply the command
    :param PVector NewAges: Ages: New ages to set. 
```

```{eval-rst}
.. py:function:: Material(EntityName)
    :nocontentsentry:

    Obtains an entity given its name


    :param str EntityName: Entity name. 
```

```{eval-rst}
.. py:function:: MaterialsModelGroup(GroupName)
    :nocontentsentry:

    Obtains a group given its name


    :param str GroupName: Group name. 
```

```{eval-rst}
.. py:function:: removeDSSD(entity, SSNames)
    :nocontentsentry:

    Remove Design: Remove a material's constitutive law for design


    :param [Entity] entity: Entity/Entities to apply the command
    :param  SSNames: Names: Names of the stress-strain diagrams. 
```