How to Design an Aluminium Beam to Eurocode 9 (Step by Step, With Free Software)
An extruded aluminium I-beam designed to Eurocode 9 (EN 1999-1-1) starts with a cross-section classification step that doesn't have a direct equivalent…
“Knowledge without Practice is useless, Practice without knowledge is dangerous”.
An extruded aluminium I-beam designed to Eurocode 9 (EN 1999-1-1) starts with a cross-section classification step that doesn't have a direct equivalent…
A bolted aluminium gusset connection, designed to IS 8147, checks bolt shear and bearing in much the same format as a…
Stability Checks Are Asking a Different Question Than Strength Checks An overturning or sliding check — common for retaining walls,…
A compression diagonal in an aluminium space-frame truss, designed to AS/NZS 1664.1, needs its slenderness ratio checked against limits that are…
Two Different Failure Modes, Not Just a Matter of Degree It's tempting to think of a long, slender column as…
An extruded aluminium column under axial compression, designed to Eurocode 9 (EN 1999-1-1), uses a buckling curve approach analogous to Eurocode 3's…
No Real Column Is Ever Perfectly, Purely Axially Loaded A column analyzed on paper as carrying a purely concentric axial…
An extruded aluminium I-beam, designed to the Aluminum Design Manual (ADM), looks superficially like a steel beam design problem until…
A timber roof truss's bottom chord and a diagonal web member carry fundamentally different force types — tension and compression…
A load-bearing timber stud wall carrying both axial load from the floor above and out-of-plane wind bending, designed to CSA O86,…
No download, no signup wall — a working set of Structyze modules, right now.