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Originally posted by Seymour Butz
1- good, that's what I see too. FWIW, I see the cap continuing its rotation as the building fell, it's just slow, so it in no way violates the whole angular momentum argument. What I take issue with is the ridiculous statement that it should have fallen over the side.
2-So what did you mean by this , when you posted it on the 9th? "I'm not saying explosives are the only explanation, "
Originally posted by ANOK
It should have fallen over the side
Originally posted by fmcanarney
1-SB I posted the math for a freefall speed on the WTC1&2.
Some time ago.
2-I will note the emotional pettiness of your comment about nuclear device as I consider the source.
Originally posted by Seymour Butz
1- So explain a little about how you think this should have happened. No math required, ok? Just explain what the hinge point would have been, for starters. Cuz normally, a hinge needs to be in a sngle plane, and I don't see one that could support the upper block all by itself. The entire core couldn't do it, as it's what, 80' x 120'? That's pretty big to function as a hinge point. Also, perhaps you could explain how any hinge point you decide to use could survive more than a couple degrees of angle before it buckled, especially since any hinge you choose is also holding a weight that prolly 1/2 of its ultimate strength already. This could only lead to collapse initiation.
2- So do you have any interest in picking up the challenge of providing some calcs about how much explosives, or TB's would be necessary? Griff seems to have slunk off after his last miserable attempt at it.
Originally posted by Seymour Butz
2- So do you have any interest in picking up the challenge of providing some calcs about how much explosives, or TB's would be necessary?
Originally posted by ANOK
1-The only people in the history of mankind who has ever made the claim that collapse was inevitable once initiated was NIST,
2-Who said the hinge point wouldn't buckle? And how does the hinge point buckling initiate complete asymmetrical collapse?
3-Again regardless of the hinge point failing, the top should have continued it's angular momentum,
4-as it continued to tilt and eventually slide off
5- It didn't gain any extra weight that the rest of the building hadn't already been holding up for a number of years, and the lower building had no structural damage.
6-No. Why are you so impressed with calcs?
7-Why don't you do the calcs and then come back with your findings, which I am more than confident will be totally meaningless.
8-So, why don't you explain how the top section started tilting in the first place?
Originally posted by tezzajw
Originally posted by Seymour Butz
2- So do you have any interest in picking up the challenge of providing some calcs about how much explosives, or TB's would be necessary?
I don't see how you can challenge any one to do the exact same thing that you often ignore yourself!
Originally posted by Griff
I have to wonder why Seymour is harping on me to do what NIST was tasked to do.
Originally posted by Griff
Originally posted by Seymour Butz
Hence the need for some calcs about how much explosives, or TB's would be needed to do what you are basing your working hypothesis on.
When will you do this?
If I have to explain to you again that it is nearly impossible to calculate thermobarics, I'll scream. So, I'll just post the rest of that page I posted before with the equations (I actually found the rest of it).
Vapor cloud explosion modeling historically has been subject to large uncertainties resulting from inadequate understanding of deflagrative effects. According to current single-degree of freedom models, blast damage/injury can be represented by Pressure-Impulse (P-I) diagrams, which include the effects of overpressure, dynamic pressure, impulse, and pulse duration. The peak overpressure and duration are used to calculate the impulse from shock waves. Even some advanced explosion models ignore the effects of blast wave reflection off structures, which can produce misleading results over- or under-estimating the vulnerability of a structure. Sophisticated software used to produce three-dimensional models of the effects of vapor cloud explosions allows the evaluation of damage experienced by each structure within a facility as a result of a primary explosion and any accompanying secondary explosions produced by vapor clouds.
www.globalsecurity.org...
Care to buy me this "sophisticated software"? If so, I'll do your computations for you.
Notice how I said that I'll do your calculations for you?
I'm not your personal calculator BTW. Do the damn calcs yourself if you're so smart and sure about the results.
Originally posted by Seymour Butz
So NIST was tasked with discovering whether or not the insane idea that sooper seekrit hush-a-boom thermobarics might have been used?
Contracts
Awards
WTC 7 STRUCTURAL ANALYSIS AND COLLAPSE HYPOTHESES, CONTRACT MODIFICATIONS FOR STRUCTURAL AND BLAST ANALYSES
Under GSA Contract number GS23F0278M, NIST Order No. SB1341-06-8-0539, as a firm fixed price effort, has been awarded to APPLIED RESEARCH ASSOCIATES, INC. (ARA) of Albuquerque, New Mexico, to append the following tasks to the original contract awarded on March 31, 2006. Under the appended tasks, the ARA (1) shall conduct analyses of impact damage and fire effects to provide candidate initiating events which may lead to structural failures and global collapse, and (2) shall determine if there is any scenario of a hypothetical blast event or events that could have occurred in WTC 7 on September 11, 2001.
Originally posted by Griff
Yes.
WTC 7 STRUCTURAL ANALYSIS AND COLLAPSE HYPOTHESES, CONTRACT MODIFICATIONS FOR STRUCTURAL AND BLAST ANALYSES
Originally posted by Griff
If I have to explain to you again that it is nearly impossible to calculate thermobarics, I'll scream. So, I'll just post the rest of that page I posted before with the equations (I actually found the rest of it).
Originally posted by rush969
They base their theories on optical perceptions from a few internet videos, and gossip, and misleading photos. They don´t offer any proof or calculations that are asked from them.
Originally posted by Seymour Butz
This is from Ryan Mackey's whitepaper that he did in response to DRG's junk.
In order to propel this column at the
speed required, say 30 meters per second, we would need charges of at least 700 kg TNT
equivalent
The vacuum device yields the equivalent of 44 tons of TNT using 7.8 tons of a new type of high explosive developed with the use of nanotechnology.
Originally posted by Griff
Now, let's compare the sound of the jets crashing and exploding 66,000 lbs. of jet fuel to a 273 lb. thermobaric.
Approximately 900 feet away, the plane crashes were not very loud now where they?
So, are we really going to hear 273 lbs. of a thermobaric going off when we hardly heard 66,000 lbs. of jet fuel exploding at that height?
Really?