isotropicProperties Element

Isotropic material properties

Namespace: Empty

Schema: Empty

Type

isotropicPropertiesType

Parents

material

materialType

Children

Name	Occurrences	Description
All
damageToleranceBehaviour	[0, 1]	Damage tolerance behaviour of the material
E		Young's modulus [N/m^2]
epsc	[0, 1]	Allowable strain for compression
epst	[0, 1]	Allowable strain for tension
fatigueBehaviour	[0, 1]	Fatigue behaviour of the material
fatigueFactor	[0, 1]	Optional knockdown factor for fatiuqe (defaults to 1)
G	[0, 1]	Shear modulus [N/m^2]
gamma12	[0, 1]	Allowable strain for shear
nu	[0, 1]	Poisson's ratio
plasticityCurves	[0, 1]	Plastification curves for isotropic materials incl. element elimination
sigc	[0, 1]	Allowable stress for compression [N/m^2]
sigt	[0, 1]	Allowable stress for tension [N/m^2]
tau12	[0, 1]	Allowable stress for shear [N/m^2]
thermalConductivity	[0, 1]	Thermal conductivity of the material in [W/(m*K)]
thermalExpansionCoeff	[0, 1]	Thermal expansion coefficient [1/K]
yieldStrengthC	[0, 1]	Yield strength, compression [N/m^2]
yieldStrengthT	[0, 1]	Yield strength, tension [N/m^2]

Attributes

Name	Type	Required	Description
externalDataDirectory	string
externalDataNodePath	string
externalFileName	string

Remarks

Defines the material properties for an isotropic material. Note that the shear modulus G is defined in terms of the elastic modulus E and the Poisson's ratio nu as:

$G= \frac{E}{2(1+\nu)}$

Specifying a value for all three properties E, G and nu therefore results in an overdetermined material definition and must be avoided.

Reference

materialType