STRUCTURE-steel to concr.
Esquimalt – concrete
cantilevered roof overhang, supported off a diagonal steel I-beam
double-sided baseplate
Cantilevered floor over concrete column
Whistler – Baseplates
column connected (welded) to an embedded baseplate against a window jamb – the exterior side of curtain wall windows is nearest the viewer
steel column welded onto an embedded steel baseplate
radian heating topping in place
radiant heating topping in place
sill plate bolted to concrete foundation wall – note the (green) pressure treated plate against concrete
Whistler – Steel to Concrete Connection
(see also steel beam connections and steel to wood connections)
note steel beam offset from the concrete foundation wall. As a result, the structural engineer specified a series of steel attachments in order to transfer the beam load to concrete wall through shear (see below)
steel beam offset over a stepped concrete foundation wall
angled TJI floor joists
steel beams attached onto baseplates located inside the concrete wall pockets
steel columns welded to embedded steel baseplates – note the double corbeling
Cypress – steel / concrete connection
Pocket in concrete wall as a point of support for a steel beam
blockouts for the purpose of creating concrete pockets
concrete pocket blockout
Steel beam secured in concrete wall pocket
Steel beams secured in concrete wall pockets
Steel beam welded connections. Steel beams secured into concrete wall pockets with bolts
Welded connections between steel beams over a garage. Wood floor joists sit on a wood top plate on steel beams.
Wood floor framing on top of steel beams (attached through a wood top plate)
Steel beam spanning over a garage entrance, attached to a concrete foundation wall through pockets
Cypress – baseplate
Bolted connection between steel baseplate and concrete wall
Freshly applied grout under steel baseplate bolted to concrete wall
Steel baseplate embedded in concrete wall at concrete slab edge
baseplate at curtain wall window
bolted baseplate c/w 3/4″ grout