EmbeddedBeam2DMat

Property	Long name	Unit	Description
Name	Name	-	Name of the EmbeddedBeam2DMat.
Comments	Comments	-	Comments on the EmbeddedBeam2DMat.
UserFeatures	UserFeatures	-	UserFeatures of the embedded beam material.
MaterialName	Identification	-	Identification of the embedded beam material.
Colour	Colour	-	Colour of the embedded beam material.
MaterialNumber	Identification number	-	Identification number of the embedded beam material.
PredefinedPileType	Predefined pile type	-	Massive circular pile Use a massive circular pile. Circular tube Use a circular tube. Massive square pile Use a massive square pile.
PileType	Pile type	-	Predefined Use a predefined pile type. User-defined Define a pile by giving geometric values.
BeamType	BeamType	-	Predefined Use a predefined beam type. User-defined Define a beam by giving geometric values.
PredefinedBeamType	Predefined beam type	-	Massive circular beam Use a massive circular beam. Circular tube Use a circular tube. Massive square beam Use a massive square beam.
SkinResistance	Skin resistance	-	Linear The skin resistance is linearly distributed. Multi-linear The skin resistance is multi-linearly distributed. Layer dependent The skin resistance is layer dependent.
SkinResistanceMultiLinear	Skin resistance multi linear	-	Indicates multi linear skin resistance for embedded beam material.
SkinResistanceTable	SkinResistanceTable	-	Table showing variation of axial skin resistance with distance for the embedded beam material.
Elasticity	Material type	-	Elastic Sets embedded beam material behaviour to elastic. Elastoplastic Sets embedded beam material behaviour to elastoplastic. ElastoplasticMK Sets embedded beam material behaviour to elastoplastic M-κ.
ElastoplasticMK	Elastoplastic M-κ	-	Indicates Elastoplastic M-κembedded beam material behavior.
ElastoplasticMKTable	Elastoplastic M-κtable	-	Define the values of moment and curvature properties of the embedded beam material.
DefaultStiffnessFactors	Default stiffness factors	-	Set default values for stiffness factors.
LateralResistance	Lateral resistance	-	Linear The lateral resistance is linearly distributed. Multi-linear The lateral resistance is multi-linearly distributed. Layer dependent The lateral resistance is layer dependent.
LateralResistanceMultiLinear	Lateral resistance multi linear	-	Indicates multi linear lateral resistance for embedded beam material.
LateralResistanceTable	Lateral resistance table	-	Table showing variation of lateral resistance with distance for the embedded beam material.
E	E	Force/Length2	Young's modulus of the embedded beam material.
w	γ	Force/Length3	Unit weight of the embedded beam material.
Size	Size	Length	Width or diameter of the beam (depends on beam type).
Width	Width	Length	Width of a massive square beam.
Diameter	Diameter	Length	Diameter of a circular tube or massive circular beam.
Thickness	Thickness	Length	Thickness of the wall of a circular tube.
A	A	Length2	Area of the cross-section of the embedded beam.
Iyy	I3	Length4	Moment of inertia of the embedded beam over the third axis.
Izz	I2	Length4	Moment of inertia of the embedded beam over the second axis.
Iyz	Iyz	Length4	Moment of inertia of the embedded beam against torsion around the first axis.
Ttop	Ttop,max	Force/Length	Maximum traction allowed at the top of the embedded beam.
Tbottom	Tbot,max	Force/Length	Maximum traction allowed at the bottom of the embedded beam.
Tmax	Tmax	Force/Length	Maximum traction allowed at the skin of the embedded beam (can vary along the beam).
Fmax	Fmax	Force	Maximum force allowed at the foot of the embedded beam.
nu	ν	-	Poisson's ratio.

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