HometownPride
New Member
I saw those as well. I'm no structural engineer, but those look way too small to be the final diagonals. Will they be adding to what's in place already, or are those temporary?
This building is a marvel of modern architecture! No building in Toronto will ever duplicate such an iconic design in such an important location!
It is a pure tension load of 5 floors only about 100 sqft per floor maybe total weight of 100,000lbs which is nothing.I saw those as well. I'm no structural engineer, but those look way too small to be the final diagonals. Will they be adding to what's in place already, or are those temporary?
To add, yes they are skinnier than I imagined they would be....as I was thinking full on I-beams. But I suspect they will be thickened up with concrete and such in their final fruition to what we're seeing in the renders.I saw those as well. I'm no structural engineer, but those look way too small to be the final diagonals. Will they be adding to what's in place already, or are those temporary?
I highly doubt they will receive concrete, there is no need for it. this is 100% tension load. Think of it like a cable stay bridge.To add, yes they are skinnier than I imagined they would be....as I was thinking full on I-beams. But I suspect they will be thickened up with concrete and such in their final fruition to what we're seeing in the renders.
...further more, since they are not a continuous beams and seem to be broken up by floor, I'll take permanent for $500, Alex.
The same question is asked by someone every couple of pages. They are working on the sixth level. It's been four years since excavation started.This thread was started over a decade ago
Did the Egyptian pyramids take this long to build?
And we're at what? The fourth floor? Fifth? Since this building is finally above ground things will really speed up but can anyone concisely explain why this project has taken so long?
I get that. But they'll still need materials to pad it up as per renders...as this one of the signature aesthetics of the this building. And not of a strengthening one. Though admittedly, I should of said something else other than concrete for that. >.<I highly doubt they will receive concrete, there is no need for it. this is 100% tension load. Think of it like a cable stay bridge.
it will be fire proofing like the retail space diagonal columns, and then cladding... they dont just make molds and pour in situ concrete for no reason.I get that. But they'll still need materials to pad it up as per renders...as this one of the signature aesthetics of the this building. And not of a strengthening one. Though admittedly, I should of said something else other than concrete for that. >.<
I can also speculate they wouldn't likely want to add something that creates needless weight unless they had a practical reason for doing so...thus my brain shouldn't of defaulted to concrete to begin with, since the strengthening part has clearly been taken care of. So my bad again.it will be fire proofing like the retail space diagonal columns, and then cladding... they dont just make molds and pour in situ concrete for no reason.
The cafeteria will serve apple pie.
It is a pure tension load of 5 floors only about 100 sqft per floor maybe total weight of 100,000lbs which is nothing.
3 floors. The other 2 floors will tie in to the braces where the yellow cicles are.
I'm still wondering if the corners will be in steel.