Parts of a Steel Beam: Flange, Web and Depth Explained
The anatomy of a steel I-beam: flanges, web, depth, flange width, thicknesses, fillets and axes, what each part does, and the dimension names used in Canada.
The anatomy of a steel I-beam: flanges, web, depth, flange width, thicknesses, fillets and axes, what each part does, and the dimension names used in Canada.
Where to find moment of inertia, section modulus and other section properties for HSS, C-channel and steel angle in Canada, and how to read them correctly.
How steel columns sit on concrete footings, pedestals and slabs: when a pedestal is used, anchor rods and ties, elevations and grout, and fixing misplaced rods.
What decides the I-beam size for a hoist, monorail or gantry: capacity, impact, flange bending, trolley fit and supports, plus Ontario's permit and inspection rules.
How long steel beams come, why stock lengths are imperial, how cut lengths and splices work, and the Ontario truck length limits that affect beam delivery.
How a steel angle lintel for brick veneer is designed: arching loads, bending to CSA S16, the span/700 deflection limit and a 3 m worked example.
How steel angle (angle iron) is priced in Canada: leg size, thickness, weight per metre, grade, stock lengths, cutting, holes, finish and delivery.
Standard steel angle sizes in Canada in mm: equal and unequal leg charts with imperial equivalents, available thicknesses, kg/m ranges, lengths and how to order.
Steel angle and angle iron are the same product. What angle iron is made of today, and how hot-rolled structural angle differs from cold-formed angle.
Steel angle weight in kg/m and lb/ft for equal and unequal leg angles, the formula to calculate any angle, and worked examples for lintels and frames.
What a steel base plate costs depends on its size, thickness, holes, welding, finish and quantity. See plate weights and how to get an accurate base plate quote.
Why a 20 or 30 foot steel beam costs more than its length suggests: beam weights by length, why longer spans need heavier sections, and costs tied to length.
Deflection limits for steel beams under the 2024 Ontario Building Code, how to calculate beam deflection with a worked example, and why floors still bounce.
How steel beam cost is built in Canada: weight per metre, size, grade, fabrication, finish and delivery, plus how to work out tonnage and compare beam quotes.
What online steel beam span calculators assume, why their answers can be wrong for Canadian houses, and how to check a result against the Ontario span table.
Span-to-depth rules of thumb for steel beams, tested against the Ontario span table: why the ratio changes with load and deflection limit, and when to stop using it.
Steel beam weight chart for Canadian W-shapes and S-beams in kg/m and lb/ft, with the weight of 3 m, 6 m and 20 ft beams and how to calculate any beam's weight.
How one steel beam connects to another: flush framing with shear tabs and clip angles, coped beams, beams stacked on top, moment continuity and skewed framing.
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