Gamolon
Master Poster
- Joined
- Dec 6, 2006
- Messages
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You should look for posts by 'Psikeyhackr'. He made a few videos using dowels and so on. you might get some ideas.
I have ideas. I'm asking you what you think would happen.
You should look for posts by 'Psikeyhackr'. He made a few videos using dowels and so on. you might get some ideas.
Well I would say that we have empirical proof of nanothermite in the form of an 8-man 2-year peer eviewed scientific study . Of course nanothermite being so versatile it can be used as an incendiary compound OR as an explosive accordng to need. Then we have hundreds of reports of explosions- with over a hundred coming from firefighters alone. I could go on and on and on.....
I could go on and on and on.....
Scale everything up to full size . what happens then ?
Prove me wrong for any structure, e.g. with splices. See The Heiwa Challenge thread for details.
These absolutist statements such as "Mass cannot fluctuate" will be the death of you some day.
I'll try to make it simple for you: You have two buckets half-filled with sand. Bucket A and Bucket B.
You pour twenty grams of sand from A to B. The mass within A and the mass within B have now FLUCTUATED. Like it or not. One has been reduced by twenty grams, the other has increased by twenty grams.
You may reply, "But the original mass didn't fluctuate! It just moved from one place to another!"
I never claimed that it did otherwise. When I talk about the moving portion of the building, I am not talking about a portion that has always and will always be moving. I am talking about the parts of the building that are in motion at a particular moment in time.
Follow me so far?
When I talk about the stationary portion of the building, I am talking about that portion of the building that is still intact and is not moving. I am not talking about the section that was intact at the moment the upper section became mobile.
Get it? It's a process.
When I say that the mass of each fluctuates, I am saying that as time progresses, some of the mass that was formerly in the stationary category moves into the mobile category, and vice versa. Clearly, in the case of the WTC towers, most of this switching of categories occured in one direction: the mobile mass tended to grow larger with time, while the stationary mass grew smaller, until equilibrium was reached.
There! Was that so hard? Now you can't pretend that you don't understand what I'm talking about.
I agree. At some point the moving mass encounters debris that is so compacted that it cannot continue to fall. By the time the WTC towers reached that point, they had completely collapsed.
What if part A had been 200 floors ? Where would collapse arrest have taken place then ?
It feels so stupid to have to argue the reason why the top item in a stack of 20 identical items will never crush the other 19 down flat with the ground using gravity alone. Just the fact that nobody can design any structure to demonstrate that it can happen or the fact that it has never happened in the entire history of worldwide construction either before or after 9/11 should be enough to end any debate.
So when somebody (or apparently almost everybody on the jref ) says it can happen without providing example or precedent you can guess what that tells me. That fact is just as self-evident as the fact that the top item in a stack of 20 identical items will never crush the other 19 down to the ground by gravity alone..
Nope. I'm sure this has been explained to you, but I will try again.
The top item crushes the item below it.
There are now two items in motion.
Then the top two items crush the item below them.
There are now three items in motion.
Then the top three items crush the item below them.
There are now four items in motion.
Then the top four items crush the item below them.
...should I go on? Or can you figure it out from here?
Googling on fluctuating mass I found following.
http://ias-spes.org/SPESIF2009/Presentations/Woodward_1.pdf
Maybe someone should build in this contraption in a structure so that the top part C one-way crushes the bottom part A. You never know!
I will have a try with my pizza boxes.
Is that not the famous 'pancake collapse' that NIST dismissed ? Are you saying that NIST made an error ? If not we are back to my original statement of 'the top 5% of a building can never crush the other identically constructed 95% of the building down to the ground by gravity alone'.
Yes,,,very iteresting. Would you care to answer the same question I asked Gamelon regarding the spaghetti model ? I won't be upset or surprised if you don't. lol
It's not necessary to be degreed engineer to have a fair idea how materials will respond under different stresses. Given that, and the gross anomalies of 9/11 I am as able as any other to isolate faults in the official story. If you don't think so you ae free to educate me as we go along. Or ignore me at your discretion.
I still say that I think MILES of core columns are missing. I will get to that when I am in the mood again. I saw no explanation or photo from you or anyone else that has changed my position yet.
Well I would say that we have empirical proof of nanothermite in the form of an 8-man 2-year peer eviewed scientific study . Of course nanothermite being so versatile it can be used as an incendiary compound OR as an explosive accordng to need. Then we have hundreds of reports of explosions- with over a hundred coming from firefighters alone. I could go on and on and on.....
Phunk,
I was thinking the same thing. Somewhere near the earth would be my guess. But, it could have been at the first floor, im not certain.
How about this model.
Let's take a 25lb weight used for weight lifting. The round weights with a hole in the middle that can be slipped onto a weight lifting bar. Lets get 6, 1" diameter wooden dowels and pound them into the ground around the perimeter of the weight mentioned above. Let's take a single 1" diameter wooden dowel and pound it into the ground in the center of the ring we just created.
Now let's slip one of the 25lb weights mentioned onto the center wooden dowel down to about an inch from the ground. We'll put one thumbtack (the kind with the plastic head on them, not the flat heads) in each of the perimeter wooden dowels right below the weight and put two thumbtacks, opposite one another on the center wooden dowel.
We'll build our tower up 40 feet high with a "floor" weight every foot.
We'll then created a seperate section the same way, but only 1/10th the size, which would be 4 weights (or 100lbs). We will then position the 1/10th section above the 40 foot tower we created using a dowel to center it above.
We then drop the 1/10th section down the centering dowel from a height of 10 feet above.
What do you think would happen? Are the "thumbtack" connections going to arrest the upper part and stop it from bringing everything down the the ground?
The building graphic conatined here is completely bogus.
http://heiwaco.tripod.com/mac5.htm
The columns were not BELOW the floors supporting them. There were connections ATTACHED to the inside face of the perimeter columns and core columns.