What steel erection actually involves, stage by stage
Erection is the visible part of a longer sequence. Knowing the stages makes it much easier to see where a programme is going to slip.
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Erection sequence, site readiness, connections and coatings — how steel frames actually go up.
Erection is the visible part of a longer sequence. Knowing the stages makes it much easier to see where a programme is going to slip.
A checklist worth working through before the first delivery, because every item on it stops the crane if it is missed.
A few millimetres at the base becomes a much larger problem at the top of the column. Here is how that happens.
Both work. They differ in what they demand from the site, the programme and the inspection regime.
Two standard answers for a wide clear span, and what usually decides between them.
Capacity is the least interesting number on a crane chart. Radius and ground conditions decide far more.
A frame is at its most vulnerable while it is going up. Stability in that condition is designed, not judged on site.
Heat, humidity and airborne salt make a harsher environment than most coating specifications assume.
Grids, marks and revisions. Enough to follow a steel drawing and know when you are looking at the wrong one.
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