I can accept that you think the investigation should have looked into reports of molten steel. As a layman, from many of the things I've read about this, it seems quite possible that reports of molten steel may have actually been aluminum or other low-temperature melting metal that was assumed to be steel. Because of steel's fairly high melting point, I can easily see such claims, if not verified, being dismissed as mistakes. And while you provided a number of links about molten metal at ground zero, few if any appear to be direct and convincing accounts that it must have been steel and not some other material.
So many reports eyewitness or otherwise, should have been examined, and that is my point, strike one if you will.
I don't know about the possibilities of greater temps in the debris. I asked you because you have brought up open-air fires before, seemingly saying that such a fire cannot reach the temperatures needed to melt steel. As such, I was just wondering if the fires in the debris, being of a different sort, might reach the required temp.
We have to consider what was in there that could have provided fuel to attain those temps, and to sustain those fires, and this is the mystery as NIST blew it off, so many are left to speculate, as to what could burn so high and so long with very little oxygen. As I said, we are led to believe that somehow enough oxygen was making its way down there (70 ft or so) but somehow thousands of gallons of pyrocool couldn't ??
I'm not trying to jump the gun as we still have to see what in the NIST reports said about fire temp, fuel loads to feed them etc.. but this is one of the reasons that started people thinking about just what else could have been supplying the extreme temps in low to no oxygen environments, and sustain them, and of course this is when the speculation of other chemicals such as thermate/nano thermate etc started.
I have my thoughts on this to be sure, and there is much that has been learned, but I do not think much of it would have been needed given that it is speculated it might have been used in a nano form..But we can get to that later as the NIST fire testing is what I had in mind of discussing next..
While that structural engineer does mention melted steel in the towers, his claim is in regards to the bending seen in beams he studied, not pools of molten metal found on site. And he clearly did say that weakening of the steel was the likely cause of the collapses.
Again this had to be caused by high enough temps within the tower fires to cause this failure...I think we can rest assurred that the likely hood of there being molten steel was high given all the info we have from all the different sources we can read about mentioning it, and we know for a fact that NIST did ignore them so we move on to see what else there is that causes people to doubt NIST, and people to be convinced by them that the OCT is legit...
I'd like to have this remain civil. I don't think we're going to convince each other of the opposing viewpoint, but that doesn't mean we need to be nasty. I know these kinds of arguments often do get that way, and I also know that in responding to others some might accidentally splash on me, so I'm trying to avoid getting annoyed or frustrated overly much. It's very easy to just lump all conspiracy theorists together, and I imagine it's very easy for conspiracy theorists to lump those who agree with the government versions together. I'll try to keep my responses individual and not reply based on anything said by the other frequenters of this forum.
Cool..I'm just trying to see why those who oppose my views do, and explain where I'm coming from regarding this at the same time..
So moving on-
The NISTÂ’s findings refuted the pancake theory of collapse that had been widely reported. According to the pancakers theory the WTC collapse was due to failure of the WTC truss assemblies. They blamed the failure of the WTC truss assemblies, and experts
said the weak link was the point of attachment where the trusses connected with the inner core and the and outer columns. More precisely the angle clips, were made of relatively lightweight steel and were attached by welds and steel bolts.
Thomas Eagar, MIT engineer describes-
"...the steel had plenty of strength, until it reached temperatures of 1,100º to 1,300ºF. In this range, the steel started losing a lot of strength, and the bending became greater. Eventually the steel lost 80 percent of its strength, because of this fire that consumed the whole floor....then you got this domino effect. Once you started to get angle-clips to fail in one area, it put extra load on other angle-clips, and then it unzipped around the building on that floor in a matter of seconds. If you look at the whole structure, they are the smallest piece of steel. As everything begins to distort, the smallest piece is going to become the weak link in the chain. They were plenty strong for holding up one truss, but when you lost several trusses, the trusses adjacent to those had to hold two or three times what they were expected to hold."
Which makes sense enough except the NIST investigation conflicts with this.
NIST did metallurgical and fire studies projects,that included 236 samples of steel columns, panels, trusses, etc. recovered from GZ. Some of these parts were identified and they knew what parts of the tower/s they came from. This was really a small sampling of the overall amount that could have and should have been recovered, instead of shipping most of it elsewhere.
This is another problem that bothered me. The evidence of such a crime scene being shipped off and made unavailable. So strike 2 against the accuracy of any investigation with such limited evidence, but NIST felt that they had enough to test these sample as small amount as was available, and they proceeded on to determine the quality of the steel and evaluate its performance.
Some of the samples were from the plane impact zones and where the fires were.
This was when NIST contracted UL to perform their fire testing on the truss assemblies.
What do say regarding these tests, from your point of view?