Again the question is simple and it is your side that ignores the most basic question and simple hides behind the word proof. The question is who is the author of the white paper and is it a likely logical inference that the paper refers to Skillings study.
You stated earlier in this thread that you "
saw copy of the white paper".
1. Did you, or did you not, see a copy of the paper?
You stated earlier that "
it is at a truther site".
2. Alright, is it, or is it not, at a truther site?
You stated earlier that you "
will post a link".
3. Have you posted a link, can you post a link, will you post a link? Or not?
Throughout this thread you have suggested that Skilling was the author of this paper. It sounded like this was something you knew as fact.
4. Do you know as fact that Skilling was the author, or do you not know this as a matter of fact?
I think if we can get clear answers to these questions from you, we shall be informed about the credibility of your claims.
I have provided proof that Skilling stated that he did an anaylsis for fire and you ignore that as well.
What you have shown is that Skilling thought the fires would kill many people. Everything beyond that is conjecture.
So get real with your no proof nonsense. Further the idea that understanding jetfuel fires has changed significantly in twenty years is not supported by any 'proof' that i have seen by your side,
We don't actually need proof of that - it's the sort of thing that goes without saying: Yes, of course, we know and understand more in just about every discipline of science and engineering than we did 40 years ago.
But more importantly, even if out bare understanding had not improved, our tools to use that understanding have vastly improved, namely computer power to calculate the effects of a chaotic event such as a "horrendous fire" on a complex structural assembly, given a wide variety of input parametes (plabe crash specifics, thermal loading of of building contents, ...). This is what you are dodging: To explain if, and if yes,
how, it was possible at all in 1964 to compute 1. the damages of a plane crash (multiple scenarios possible) to the structural assembly 2. model the ensuing fires 3. predict the structural response of the already damaged assembly.
We are saying: Huge computer power is needed to calculate such a complex synamic scenario, let alone several varieties of it.
What are you saying? Given the computer power of 1964, how would YOU calculate the effects of a plane crash plus subsequent horrendous fire on the towers? Which tools would you employ? What assumptions would you work with? Be specific, please!
though in general I imagine we will here the same retort of you have to be an expert like all of you supposedly are to understand anything. If you are experts then explain your expertise or it is meaningless
No, you are the one who claims that being an expert is necessary and sufficient, as your reliance on a quote of some expert found in a newspaper article suggests.