You're wrong. Implosions don't make the buildings fall at that speed. You're welcome to prove me wrong though.That means all of those thousands of connections had to let go in a very systematic way. (for the upper right corner of the building: the first 100' of it's descent is indistinguishable from freefall) when the only time those features have ever been seen (ever) were during implosions?
If at all, the speed of fall would prove it can't be an implosion, if previous history was an indication of anything as you seem to imply.
ETA: And the giving way of all the supports at the same time is characteristic of many collapses too, which makes you doubly wrong.
The above is just an example that shows how the burden of proof is yours if you claim CD.As such, the onus is clearly on anyone saying otherwise.
Indeed, fire caused gradual asymmetrical damage. Which doesn't mean anything about the way the towers fell. More on this below.Fires cause gradual asymmetrical damage. Steels regains its strength when the fuel source burns up... Its absurd.
Steel doesn't regain its strength when the fuel source burns up; it regains its strength when it cools down to a safe enough temperature. It's your claim what is absurd.
In the case of WTC7, I haven't read it in the reports (maybe it's there, I haven't made a thorough read) but I've read someone who said that the thermal isolation had the reverse effect to the desired one: some elements that were heated due to heat conduction retained their heat longer because of it.
No. It is evidence that the supports (columns) all give way at basically the same time. That is what is expected if the top block is solid enough and heavy enough. Because of its weight, it can't topple over: inertia prevents it. Assuming it's solid enough, it won't fall in pieces or partially as it has happened to other buildings (including implosions).It is evidence the supports (which in a skyscraper are extremely robust) are no longer present.
Ever heard of load redistribution? It's what happens in a building when a column or more stop to offer their support. All buildings are designed to work that way. When one of these elements fail, the load that it had to bear is redistributed among the remaining elements. That is an almost instant process.
Now imagine what happens if the load is too big to be supported by the remaining columns. That's what happens in most collapses, by the way: the load is bigger than what the columns can support.
Have trouble imagining it? I'll tell you. As quick as a snap, when the element fails the rest try to absorb the load that it was carrying. Since, by hypothesis, it was too big for them to bear it, they fail all at basically the same time.
Here's evidence that contradicts your statement:Solid and supported (much less highly redundant) structures do not fall through themselves.
ETA: This is the only attempt I will make at educating you on the mechanisms involved, unless you accuse receipt and modify your claims accordingly, or prove me wrong convincingly.
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