HEM 800 (EN 10365)

Source: ArcelorMittal Sales Programme V2026-1. Verified fields: A, G, It, Iw, Iy, Iz, Wply, Wplz, Wy, Wz, b, h, iy, iz, r, tf, tw. Other fields remain unverified unless identified as calculated. Radii of gyration are derived as i = √(I/A) from the cited source inertia and area.

h = 814 mm · b = 303 mm · tw = 21 mm · tf = 40 mm · G = 317 kg/m

EN 10365 I/H section
Cross-Section Profile — HEM 800 (to scale)

All dimensions in mm · I/H section · G = 317 kg/m · EN 10365

317
kg / m
404.3
A (cm²)
442590
Iy (cm⁴)
10870
Wy (cm³)

Reference values — verify against the current edition of the applicable standard or manufacturer's table before design use.

Section Properties

Overall depth h 814 mm
Width b 303 mm
Web thickness tw 21 mm
Flange thickness tf 40 mm
Root radius r 30 mm
Area A 404.3 cm²
Mass per length G 317 kg/m
Second moment (y-y) Iy 442590 cm⁴
Elastic modulus (y-y) Wy 10870 cm³
Plastic modulus (y-y) Wpl,y 12480 cm³
Radius (y-y) = √(Iy/A) iy 33.0864 cm
Second moment (z-z) Iz 18620 cm⁴
Elastic modulus (z-z) Wz 1229 cm³
Plastic modulus (z-z) Wpl,z 1930 cm³
Radius (z-z) = √(Iz/A) iz 6.78638 cm
Torsion constant It 1657 cm⁴
Warping constant Iw 27770000 cm⁶

Using this section record

Read the axis labels before using inertia or modulus: the major and minor axes are not interchangeable. Dimensions are in millimetres; area is in cm², second moments in cm⁴, moduli in cm³ and radii in cm. Convert powers of length consistently when transferring values to a calculation.

A Source line covers only its listed verified fields. Other fields remain subject to verification. A dash is unavailable, never zero. Withheld values must not be inferred from the remaining dimensions. Nominal mass and dimensions are reference values rather than measured tolerances or procurement guarantees. Confirm the exact product, manufacturing route, grade and thickness with the manufacturer. Section properties alone do not establish member resistance: stability, effective length, connections and project design requirements need separate assessment.