Materials

Steel, concrete

Create Steel

See the component in use in the script library: Simple Cantilever Beam.

Inputs

Name	Id	Description
Density [kg/m3]	D	Density, in kg/m3.
ElasticModulus [N/mm2]	E	Elastic modulus, in N/mm2.
Fu1 [N/mm2]	Fu1	Ultimate strength, under thickness limit, in N/mm2.
Fu2 [N/mm2]	Fu2	Ultimate strength, over thickness limit, in N/mm2.
Fy1 [N/mm2]	Fy1	Yield strength, under thickness limit, in N/mm2.
Fy2 [N/mm2]	Fy2	Yield strength, over thickness limit, in N/mm2.
Name	N	Name of the steel material.
PoissonFactor	V	Poisson factor.
ThermalExpFire [1/°C]	TEF	Thermal expansion coefficient in fire situation, in 1/°C.
ThermalExp [1/°C]	TE	Thermal expansion coefficient, in 1/°C.
ThicknessU [mm]	TU	Thickness limit for ultimate strength, in mm.
ThicknessY [mm]	TY	Thickness limit for yield strength, in mm.

Outputs

See the component in use in the script library: Silo structure.

Name	Id	Description
ConSteel Steel	S	Represents a Steel material in ConSteel model.

Create Concrete

Inputs

Name	Id	Description
Density [kg/m3]	D	Density, in kg/m3.
ElasticModulus [N/mm2]	Ecm	Secant Elastic modulus, in N/mm2.
YieldStrain1 [1/1000]	Ec1	Yield strain #1, in 1/1000.
YieldStrain2 [1/1000]	Ec2	Yield strain #2, in 1/1000.
YieldStrain3 [1/1000]	Ec3	Yield strain #3, in 1/1000
UltimateStrain1 [1/1000]	Ecu1	Ultimate strain #1, in 1/1000.
UltimateStrain2 [1/1000]	Ecu2	Ultimate strain #2, in 1/1000.
UltimateStrain3 [1/1000]	Ecu3	Ultimate strain #3, in 1/1000
Exponent	Ex	Exponent
Fck [N/mm2]	Fck	Compression strength, in N/mm2.
Fctk [N/mm2]	Fctk	Tension strength, in N/mm2.
FinalCreep	FCreep	Final creep
ElasticSafetyFactor	GcE	Elastic safety factor, gamma.cE, in N/mm2.
MaterialModel	MM	Material model type.
Name	N	Name of the concrete material
PoissonFactor	V	Poisson factor
ThermalExp [1/°C]	TE	Thermal expansion coefficient, in 1/°C.

Outputs

Name	Id	Description
ConSteel Concrete	C	Represents a Concrete material in ConSteel model.