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Originally Posted by Deuces McKracken
I don't agree with how you analogize to the TT because you compare only the favorable aspects while ignoring the more significant unfavorable aspects. But I do agree with your evaluation of the experiment itself.
since you have never explained what the more significant unfavorable aspects of the experiment are, nobody knows what you are talking about.
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Again, I agree with your explanation of the motion and energy. Now, what if I told you there was no such deceleration observed of the falling block of the north tower as it encounters the intact structure below? This is a 3-minute video reviewing the video evidence showing that there is no effective energy transferring impact between the top block and the intact remainder:
https://www.youtube.com/watch?v=ZjSd9wB55zk
This disproves Bazant's pile driving thesis.
There are some research papers on this if you were interested in a more formal presentation.
how adorable that you can link to a video that says the top part came down with an acceleration of 6.31 m/s^2 and claim that there was no deceleration. So where does the difference between gravitational acceleration (9.81 m/s^2) and the measured acceleration come from? I would call that deceleration, but maybe you have invented another word for it.
This video is the same nonsense as Chandler wrote in his article that I have been trying to discuss with you forever.
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The idea that uneven sporadic heating of the steel elements would lead to a symmetric "falling" is beyond incredible. But assume it did for a moment. To analogize from the experiment to the buildings we would have to assume the incident bowling ball is falling on other bowling balls stacked up. As I have argued with Newton's laws and shown in several real world videos, when like hits like both actors become deformed. So the incident bowling ball would be damaged as well as the target ball(s). This will always happen. I defy any of you to show me where it doesn't and where this Bazant phenomenon occurs. I have shown examples where it doesn't. That the fire collapse theorists cannot produce one example of the phenomenon they claim fell two giant skyscrapers is just another way to see what they are saying is false- not that this is actually needed at this point.
Good job, you managed to make the bowling ball analogy even worse!
Who is saying the top part is not being damaged in the process? It's invisible in the video, and for Bazant's thesis to work it's not necessary at all that the top part isn't being damaged.
While Bazant assumes the top part to be a rigid body and it not being damaged in the process, he does that only to simplify the calculations and notes that when it disintegrates the outcome could be different, it's the only assumption that is somewhat favorable for collapse, all the others assumptions he makes are unfavorable.
And then he finds: the dynamic forces released when the top part falls onto the bottom part are orders of magnitude greater than what it could support.
What does that tell you?