I'd imagine the bridge would have been modeled and checked for stresses, right, structural guys?
Yeah it would be impossible to build a bridge without extensive design conforming to AASHTO and a thorough 3rd party review.
I'd imagine the bridge would have been modeled and checked for stresses, right, structural guys?
That would be quite the oversight on someone's part
There are so many sinkholes in Florida, I would wonder about solid footings for the bridge. It’s developing a swamp.
Yeah it would be impossible to build a bridge without extensive design conforming to AASHTO and a thorough 3rd party review.
That's what I figured. I'd guess something construction-wise was amiss, especially if they had gotten behind schedule and were trying to catch up and missed something.
This looks like some sort of major flaw in the installation plan. They just put this section into place last Saturday. Now judging from the model there are supposed to be suspension cables to support the entire structure but those weren't in yet. So it appears they removed all the supports holding it up so traffic could continue on Monday leaving that long span to just support itself.
https://news.fiu.edu/2018/03/first-of-its-kind-pedestrian-bridge-swings-into-place/120385
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Well you don't have to be an engineer to figure this problem out. WTF.
There is a time lapse video. I posted it on the first page of this thread.I wonder if there is a time lapse video of the construction. Those are very common on "innovative" projects like this.
As a bridge engineer, this is the stuff of my nightmares.
As a bridge engineer, this is the stuff of my nightmares.
It was still going to be a cable stayed bridge in its final state. You can see the cable connection points on top.Reading this article more and more, I think the macro design is just fine. That model in the picture could have been one solution, but it appears the final solution was a large truss. My guess is the problem is in the details, I just don't know if it was a design flaw or construction flaw.
If you think about it, skywalks go 100+ feet sometimes and they're basically just huge trusses more or less that rely on tension/compression force transfer through its members.
I wonder if there is a time lapse video of the construction. Those are very common on "innovative" projects like this.