rs2.modeler.properties.liner.StandardBeam module#

class rs2.modeler.properties.liner.StandardBeam.StandardBeamStageFactor(client: Client, ID, propertyID)#

Bases: ProxyObject

getUnitWeightFactor() → float#

getThicknessFactor() → float#

getAreaFactor() → float#

getMomentOfInertiaFactor() → float#

getYoungsModulusFactor() → float#

getPoissonsRatioFactor() → float#

getAxialStrainExpansionFactor() → float#

getCompressiveStrengthPeakFactor() → float#

getCompressiveStrengthResidualFactor() → float#

getTensileStrengthPeakFactor() → float#

getTensileStrengthResidualFactor() → float#

getConductivityFactor() → float#

getSpecificHeatCapacityFactor() → float#

getExpansionCoefficientFactor() → float#

class rs2.modeler.properties.liner.StandardBeam.StandardBeamDefinedStageFactor(client: Client, ID, propertyID)#

Bases: StandardBeamStageFactor

setUnitWeightFactor(value: float)#

setThicknessFactor(value: float)#

setAreaFactor(value: float)#

setMomentOfInertiaFactor(value: float)#

setYoungsModulusFactor(value: float)#

setPoissonsRatioFactor(value: float)#

setAxialStrainExpansionFactor(value: float)#

setCompressiveStrengthPeakFactor(value: float)#

setCompressiveStrengthResidualFactor(value: float)#

setTensileStrengthPeakFactor(value: float)#

setTensileStrengthResidualFactor(value: float)#

setConductivityFactor(value: float)#

setSpecificHeatCapacityFactor(value: float)#

setExpansionCoefficientFactor(value: float)#

class rs2.modeler.properties.liner.StandardBeam.StandardBeam(client: Client, ID, documentProxyID)#

Bases: PropertyProxy

Variables:: stageFactorInterface (RelativeStageFactorInterface[StandardBeamDefinedStageFactor, StandardBeamStageFactor]) – Reference object for modifying stage factor property.

Examples

Code Snippet: Manipulation of Liner Stage Factor Properties

getUnitWeight() → float#

setUnitWeight(value: float)#

getIncludeWeightInStressAnalysis() → bool#

setIncludeWeightInStressAnalysis(value: bool)#

getInitialTemperature() → float#

setInitialTemperature(value: float)#

getMethod() → GeometryChoice#

setMethod(value: GeometryChoice)#

getThickness() → float#

setThickness(value: float)#

getArea() → float#

setArea(value: float)#

getMomentOfInertia() → float#

setMomentOfInertia(value: float)#

getYoungsModulus() → float#

setYoungsModulus(value: float)#

getPoissonsRatio() → float#

setPoissonsRatio(value: float)#

getMaterialType() → MaterialType#

setMaterialType(value: MaterialType)#

getCompressiveStrengthPeak() → float#

setCompressiveStrengthPeak(value: float)#

getCompressiveStrengthResidual() → float#

setCompressiveStrengthResidual(value: float)#

getTensileStrengthPeak() → float#

setTensileStrengthPeak(value: float)#

getTensileStrengthResidual() → float#

setTensileStrengthResidual(value: float)#

getSlidingGap() → bool#

setSlidingGap(value: bool)#

getStrainAtLocking() → float#

setStrainAtLocking(value: float)#

getBeamElementFormulation() → LinerFormulation#

setBeamElementFormulation(value: LinerFormulation)#

getAxialStrainExpansion() → float#

setAxialStrainExpansion(value: float)#

getActivateThermal() → bool#

setActivateThermal(value: bool)#

getStaticTemperatureMode() → StaticWaterModes#

setStaticTemperatureMode(value: StaticWaterModes)#

getStaticTemperature() → float#

setStaticTemperature(value: float)#

getConductivity() → float#

setConductivity(value: float)#

getSpecificHeatCapacity() → float#

setSpecificHeatCapacity(value: float)#

getThermalExpansion() → bool#

setThermalExpansion(value: bool)#

getExpansionCoefficient() → float#

setExpansionCoefficient(value: float)#

getStageLinerProperties() → bool#

setStageLinerProperties(value: bool)#

getStaticTemperatureGridToUse() → str#

setStaticTemperatureGridToUse(gridName: str)#: Grids “None” and “Default Grid” available by default.

setProperties(UnitWeight: float = None, IncludeWeightInStressAnalysis: bool = None, InitialTemperature: float = None, Method: GeometryChoice = None, Thickness: float = None, Area: float = None, MomentOfInertia: float = None, YoungsModulus: float = None, PoissonsRatio: float = None, MaterialType: MaterialType = None, CompressiveStrengthPeak: float = None, CompressiveStrengthResidual: float = None, TensileStrengthPeak: float = None, TensileStrengthResidual: float = None, SlidingGap: bool = None, StrainAtLocking: float = None, BeamElementFormulation: LinerFormulation = None, AxialStrainExpansion: float = None, ActivateThermal: bool = None, StaticTemperatureMode: StaticWaterModes = None, StaticTemperature: float = None, Conductivity: float = None, SpecificHeatCapacity: float = None, ThermalExpansion: bool = None, ExpansionCoefficient: float = None, StageLinerProperties: bool = None)#

getProperties()#