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Originally posted by exponent
This thread exists so that collaboratively we can go through the NIST report from start to finish and satisfy people's objections / prove that NISTs theory is plausible and in fact probable....Please detail any and all complaints with these points, and we can discuss then in a calm and civilised manner. Cheers!
Originally posted by exponent
To that end, here are the first topics, quoted from the 'engineer cuts steel' thread:
- WTC workstations would readily burn and produce temperatures significant enough to damage steel
- These temperatures were maintained for a long enough period to affect the steel
- Steel with damaged insulation would heat up very quickly
- Insulation damage was very likely
Originally posted by budaruskie
I must say, that for all of the talk of biased webpages and all, your proposed justification for this thread is somewhat perplexing.
I, for one, am not interested in proving that NIST's theory is plausible or as you say in fact probable.
Furthermore, if you really want to prove its probability, you should start by convincing actual engineers and architects that it is in fact, plausible.
Frankly, no amount of "proving" will be sufficient to overcome my common sense that at the very least the complete, symmetrical and immediate collapse of WTC 7 was obviously not due to any method of destruction that does not include explosives, period. I will not muck up your thread anymore than this and good luck.
Originally posted by psikeyhackr
But as a simple point, where does the NCSTAR1 report specify the total amount of concrete in the towers? It specifies the total for the steel in THREE PLACES. They say "roughly 200,000 tons of steel". So why don't they do that for the concrete?
The south tower came down less than one hour after impact. Obviously the steel at the 81st level of the south tower had to be thick enough and strong enough to support another 29 stories of the building.
Originally posted by exponent
I'm not sure it is in NCSTAR 1, probably in 1-1 or 1-2, i'm pretty sure they specify the concrete load in psf. This should be sufficient.
Originally posted by esdad71
has nobel prize winners among their researchers
Originally posted by samkent
When a plane crashes during a storm do they test for explosives?
When two ships collide do they test for explosives?
There reaches a point where some facts are so irrefutable that obscure tests are just stupid. You might as well criticize the medical examiners because they didn’t perform AIDs tests on the remains of the passengers.
Originally posted by psikeyhackr
You have demonstrated your brilliance already.
NCSTAR1 refers to all 50-some sub-reports not just one. The whole 10,000 pages is NCSTAR1.
psf is pounds per square foot
That is the specification for the PRESSURE the concrete could withstand not a specification of the QUANTITY OF CONCRETE.
Originally posted by NIcon
I think Cassius hit the nail on the head. My greatest concern with the NIST report is with it's thoroughness. When someone says it's the probable scenario, my first thought is "how probable?" Which then leads me to look into how thorough their investigation was.
Originally posted by exponent
Originally posted by psikeyhackr
You have demonstrated your brilliance already.
NCSTAR1 refers to all 50-some sub-reports not just one. The whole 10,000 pages is NCSTAR1.
On the contrary, there is actually a report called NCSTAR 1: wtc.nist.gov...
I was just making sure, not trying to insult you!
It's not quite as simple as that, but floor areas are relatively easy to work out and so total concrete mass per level should be. You will also need to check the mechanical floors and hat trusses, as there were some deviations here.
Originally posted by psikeyhackr
Here is a list of the entire report.
They all start off NISTNCSTAR1.
Originally posted by psikeyhackr
My point was if they could give a total for the steel and other people have totals for concrete why doesn't the NCSTAR1 report have it? Why should we need to do all of that calculating. They had 3 years and $20,000,000 and they couldn't tell us the TONS of STEEL and TONS of CONCRETE that were on every level. Doesn't every level of every skyscraper in the world have to be strong enough to support all of the weight above?