Steel Section Database
Search the rolled W-shape table by depth and weight, and read the properties the member checks use. Every value comes from the AISC Shapes Database converted to SI, so a shape found here is one the AISC check can run on.
| Designation | Area (mm²) | Depth (mm) | bf (mm) | tf (mm) | kg/m |
|---|---|---|---|---|---|
| W8x31 | 5890 | 203.2 | 203 | 11.0 | 46.2 |
| W10x33 | 6265 | 247.1 | 202 | 11.0 | 49.2 |
| W10x49 | 9290 | 254.0 | 254 | 14.2 | 72.9 |
| W12x50 | 9419 | 309.9 | 205 | 16.3 | 73.9 |
| W12x35 | 6645 | 317.5 | 167 | 13.2 | 52.2 |
| W16x40 | 7613 | 406.4 | 178 | 12.8 | 59.8 |
| W18x50 | 9484 | 457.2 | 191 | 14.5 | 74.4 |
m = A · 7850 / 10⁶ · kg per metre, from the area.
AISC Shapes Database v15.0 · Converted to SI with exact factors.
A clear path from inputs to results.
Search the rolled W-shape table by depth and weight, and read the properties the member checks use. Every value comes from the AISC Shapes Database converted to SI, so a shape found here is one the AISC check can run on.
How to use
- Set minimum depth (mm).
- Set maximum depth (mm).
- Set maximum area (mm²).
- Read the headline metrics, then check the table for the detail.
The formula
Reference: AISC Shapes Database v15.0, converted to SI; curated doubly-symmetric W-shapes.
Worked example
At the default inputs
- Minimum depth (mm): 200; Maximum depth (mm): 500; Maximum area (mm²): 15000
- 1
Sections in range: 7 · Lightest: W8x31 · Deepest: W18x50 · Range of area: 5890–9484 mm²
Sections in range: 7 · Lightest: W8x31 · Deepest: W18x50
Interpreting the result
7 sections fall between 200 and 500 mm deep under 1.500e+4 mm².
Assumptions & limitations
- Curated subset of W-shapes, not the full AISC catalogue.
- Values converted from US customary with exact factors.
Frequently asked questions
Where do the numbers come from?
The AISC Shapes Database v15.0, converted to SI — nothing on the page is estimated.
Can I run a member check on a section found here?
Yes; the member checks read the same table, so the designations match.
Methodology last reviewed 2026-10-22. Results are informational and not financial or engineering advice — see our disclaimer.