Material Class

Compatible with IDEA StatiCa Beta 21.0 - beta

Material base class

Inheritance Hierarchy

Namespace: IdeaRS.OpenModel.Material
Assembly: IdeaRS.OpenModel (in IdeaRS.OpenModel.dll) Version: 20.0.1.1 (20.0.1.1)

Syntax

public abstract class Material : OpenElementId

Public MustInherit Class Material
	Inherits OpenElementId

public ref class Material abstract : public OpenElementId

The Material type exposes the following members.

Properties

	Name	Description
	E	Young's modulus
	G	Shear modulus
	Id	Element Id (Inherited from OpenElementId.)
	IsDefaultMaterial	True if material is default material from the code
	LoadFromLibrary	Load from library - try override properties from library find material by name
	Name	Name of material
	OrderInCode	Order of this material in the code
	Poisson	Poisson's ratio
	SpecificHeat	Specific heat capacity
	StateOfThermalConductivity	State of thermal conductivity curvature
	StateOfThermalExpansion	State of thermal expansion curvature
	StateOfThermalSpecificHeat	State of thermal specific heat curvature
	StateOfThermalStrain	State of thermal strain curvature
	StateOfThermalStressStrain	State of thermal specific stress-strain curvature
	ThermalConductivity	Thermal conductivity
	ThermalExpansion	Thermal expansion
	UnitMass	Unit weight
	UserThermalConductivityCurvature	User-defined curvature for thermal conductivity curvature { x = Θ[K], y = λ_c[W/(m K)] }
	UserThermalExpansionCurvature	User-defined curvature for thermal expansion curvature { x = Θ[K], y = γ[K^-1] }
	UserThermalSpecificHeatCurvature	User-defined curvature for thermal specific heat { x = Θ[K], y = c_p[J/(kg K)] }
	UserThermalStrainCurvature	User-defined curvature for thermal strain curvature { x = Θ[K], y = ε_c[Δl/l] }
	UserThermalStressStrainCurvature	User-defined curvature for thermal stress,strain { Temperature = Θ[K], {x = ε[-], y = σ[Pa]}}