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Section Properties

Values computed by sectionproperties.

Geometry
Area [cm²]Cross-sectional area
0
Perimeter [cm]Section perimeter
0
cy [mm]Centroid y-coordinate
0
cz [mm]Centroid z-coordinate
0
Bending
Iyy [cm⁴]Second moment about global y
0
Izz [cm⁴]Second moment about global z
0
Iyz [cm⁴]Product moment about global axes
0
phi [°]Principal axis rotation
0
Iu [cm⁴]Principal second moment about u
0
Iv [cm⁴]Principal second moment about v
0
Wy [cm³]Maximum section modulus about y
0
Wz [cm³]Maximum section modulus about z
0
iy [cm]Radius of gyration about y
0
iz [cm]Radius of gyration about z
0
Wu [cm³]Maximum principal section modulus about u
0
Wv [cm³]Maximum principal section modulus about v
0
iu [cm]Principal radius of gyration about u
0
iv [cm]Principal radius of gyration about v
0
Shear
Ay [cm²]Shear area along y
0
Az [cm²]Shear area along z
0
Au [cm²]Shear area in principal 11 direction
0
Av [cm²]Shear area in principal 22 direction
0
syShear center y-coordinate
0
szShear center z-coordinate
0
Torsion
It [cm⁴]St. Venant torsion constant
0
Warping
Iw [cm⁶]Warping constant
0
Plasticity
α_pl,y+Shape factor for bending about the y-axis with respect to the top fibre
0
α_pl,y-Shape factor for bending about the y-axis with respect to the bottom fibre
0
α_pl,z+Shape factor for bending about the z-axis with respect to the top fibre
0
α_pl,z-Shape factor for bending about the z-axis with respect to the bottom fibre
0
α_pl,u+Shape factor for bending about the u-axis with respect to the top fibre
0
α_pl,u-Shape factor for bending about the u-axis with respect to the bottom fibre
0
α_pl,v+Shape factor for bending about the v-axis with respect to the top fibre
0
α_pl,v-Shape factor for bending about the v-axis with respect to the bottom fibre
0
Plastic centroid y [mm]Plastic centroid y
0
Plastic centroid z [mm]Plastic centroid z
0