Christopher7
Philosopher
- Joined
- Aug 18, 2006
- Messages
- 6,538
A lie is saying something that one knows is false. Where did I do that?You know, Chris7, for a little while there you got away with lying to me about what I said in my own video. I'm pretty angry at myself and you for letting you get away with a lie about what you call my ignorance.
You have NO data to support that claim so please stop making definitive statements when you don't know what you are talking about.You said, among other things,
"A stick [or 2x4] breaks loosing all its strength suddenly. As a carpenter I have experience with this. On the other hand, a steel H beam [a more accurate term than I beam] does not break or loose almost all its strength suddenly like a piece of wood and the comparison does show a lack of understanding of the physical properties of both."
First of all, your statement is wrong wrong wrong, because in both a broken piece of wood and a buckling column, there is a near-instantaneous loss of support,
I now have the formula for determining the resistance of a buckling H beam and I will post the results of a W14x500 when I do the calculations and check them with a structural engineer.
When making a claim you must give the actual source and quote, not a name for someone to go research to find the relevant quote.as has now been pointed out to you many times (keyword Euler). I don't know how you can be proven wrong over and over again about subject after subject and have the gall to call me ignorant!
Your later saying that the columns buckled does not change the fact that you compared them to a stick and suggested that they snapped like sticks, and that is erroneous. You were planting a false image in the viewers mind to help you case.And in my video 18 (http://www.youtube.com/my_videos_edit?video_id=2MER5PhIDt0&ns=1&feature=mhsn), after using the "stick" analogy to demonstrate how columns could bend very slowly and then collapse very quickly, I actually said, "Columns buckled, but in both cases, there is a sudden release and loss of strength." This was an acknowledgement that my stick analogy was just that, an analogy. I just now clarified this further in my video just to make all this even more painfully clear (and unnecessarily clear, except to you and other nitpickers).
Again, you must give the actual quote and its relevance to the WTC 7 exterior columns.The whole Euler discussion was an expansion of my knowledge base, but I knew from the start that there is a difference between a clean break and buckling... BUT that both cause a sudden and drastic termination of structural support. AND I SAID THAT!!!
False. I acknowledged that the loads may transfer at almost the speed of sound but the columns would not buckle at the speed of sound.I also know (and you deny) that buckling Building 7 columns were shifting their loads at almost the speed of sound as they buckled
I noticed when looking at the NIST graph that they added 0.5 seconds to the actual time. The first dot at 0.5 seconds is ON the line with a little more above the line than below. This is the first barely detectable movement and that is where the time should start.and that as a result, the first couple seconds of the collapse went down way slower
Furthermore, NIST used a camera on the ground. Their method would record any inward movement as a downward movement so their Stage 1 is 1.25 seconds or less.
A slower than free fall decent means that columns were bending and possibly buckling.as some of the supporting columns were not all fully buckled and others were bending but not yet buckling. You have no explanation for the slower-than-freefall beginning of the outer perimeter collapse.
Now you are talking thru your hat. You know little or nothing about the various forms of thermite, thermate and nano-thermite or how they could be used in a controlled demolition.Thermate would not cause way-slower-than-freefall collapse initiation followed by a couple seconds of freefall, nor would it bring down the east penthouse first. I can explain stage one of the perimeter collapse, you can't.