TTD 120mph said:
It's also worth noting that there are other factors that determine how much "load" a single footing can hold. I think one factor is type of cement that's used. However, I have no clue if they use different types based on load with regards to coaster construction.But I imagine the biggest contender is the size and depth of the base (aka) what you can't see under the ground. It's been said before but when CP does a steel coaster, the concrete base for all footings are wider than normal (and not as deep) on account of the sand and water table. The exceptions being rides like Dragster, Slingshot, Power Tower, etc that require a much deeper base. And a lot of the time, they will make one HUGE base that will have multiple footings for various footers.
Most footings in construction are wider than they are deep, unless it is a caisson and is carrying weight that would more closely resemble a bridge. Concrete is very strong is compression (the downward, pushing force) but very weak in tension which is partly why those cables are horizontally stabilizing the support in the other picture you posted. That footer can't handle a 200' rotational moment.
They're beginning to assemble the tallest support column.
Here is video courtesy Cedar Point:
https://www.facebook.com/pointbuzz/videos/10153817690116796/
It's amazing how few supports there are. Because of that, I'm surprised the pace isn't quicker. I see that big section of track and turn around sitting there on 2 sticks and it seems like they would need it tied in to the track on both sides as soon as possible. So some strong winds don't kick up and compromise something before it is built to full design specs.
1.Raptor 2.Maverick 3.SV 3.MF 4.Rougarou 5.GK 6.Valravn 7.BS 8.WT 9.Gemini 10.CCMR 11.Magnum 12.TTD 13.CS 15.WE 16.ID
You must be logged in to postArchived.