Psychodad oli varmasti tästä tutkimuksesta tietoinen, kun on asiaan niin laajalti tutustunut. Tämän sivuuttaminen lienee ihan tarkoituksenmukaista. Totuutta etsittäessä ei saisi valita puolia ja sitten sivuuttaa kaikki seikkoja, jotka toimivat todisteina vastapuolen väitteille. Toivottavasti pd ei toimi näin, koska tämä olisi myös niitä periaatteita vastaan, joista hän mielellään valistaa.
Kuten varmasti huomasit, en sivuuttanut, olin kirjoittamassa vastausta aiheeseen samaan aikaan kuin sina tata tekstia.
Quintieren mallinnos ei toimi todisteena vastapuolen vaitteille.
Tiesitko etta NIST kylla testautti WTC 1 ja 2 tutkimuksissaan sita miten yksi kerros kayttaytyisi, mutta eivat saaneet millaan (edes taysin eparealistisilla olosuhteilla) toivottuja tuloksia, joten he jattivat sen kaytannon tutkimuksen sitten huomioimatta? Kuulostaako tieteelta?
"In fact, UL did test floor assemblies in 1970, that were “similar” to those
used in the WTC towers, but this fact has not been repeated by NIST since
their progress report of May 2003.[7] The results of those early tests were
interesting, considering that they showed the “floor assembly sagged 3
inches… at 120 minutes”, which correlates with the August 2004 floor tests
done by UL as part of the NIST investigation. Of course, 120 minutes is
much longer than the fire times in the failure zones of either tower.
There are several other facts about UL’s August 2004 floor model tests,
performed as part of the NIST WTC investigation, that should be
emphasized.
These facts show that, even despite designing these tests in an
intentionally deceptive way, the floor models still supported their loads in
the furnace. Not only did UL and NIST add
twice the known WTC load to
the floor models, they also used far less fireproofing than was known to exist
at the time. The tests performed by UL included two test specimens with “as
built” fireproofing of 0.75 inches, one with “as specified” fireproofing”
thickness of only 0.5 inches, and one with the “as specified” condition of
essentially no fireproofing. None of the test specimens had fireproofing to
represent the “as impacted” condition of 3.25 inches, reported in NCSTAR
1-6A, figure A-60."