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WTC Building #7, a 47-story high-rise not hit by an airplane, exhibited all the characteristics of classic controlled demolition with explosives:
1. Rapid onset of collapse
2. Sounds of explosions at ground floor – a second before the building's destruction
3. Symmetrical "structural failure" – through the path of greatest resistance – at free-fall acceleration
4. Imploded, collapsing completely, and landed in its own footprint
5. Massive volume of expanding pyroclastic-like clouds
6. Expert corroboration from the top European controlled demolition professional
7. Foreknowledge of "collapse" by media, NYPD, FDNY
In the the aftermath of WTC7's destruction, strong evidence of demolition using incendiary devices was discovered:
8. FEMA finds rapid oxidation and intergranular melting on structural steel samples
9. Several tons of molten metal reported by numerous highly qualified witnesses
10. Chemical signature of the incendiary thermite found in solidified molten metal, and dust samples
WTC7 exhibited none of the characteristics of destruction by fire:
1. Slow onset with large visible deformations
Hayden: Yeah. There was enough there and we were marking off. There were a lot of damaged apparatus there that were covered. We tried to get searches in those areas. By now, this is going on into the afternoon, and we were concerned about additional collapse, not only of the Marriott, because there was a good portion of the Marriott still standing, but also we were pretty sure that 7 World Trade Center would collapse. Early on, we saw a bulge in the southwest corner between floors 10 and 13, and we had put a transit on that and we were pretty sure she was going to collapse. You actually could see there was a visible bulge, it ran up about three floors. It came down about 5 o’clock in the afternoon, but by about 2 o’clock in the afternoon we realized this thing was going to collapse.
2. Asymmetrical collapse which follows the path of least resistance (laws of conservation of momentum would cause a falling, to the side most damaged by the fires)
3. Evidence of fire temperatures capable of softening steel
4. High-rise buildings with much larger, hotter, and longer lasting fires have never collapsed.
Originally posted by Tw0Sides
reply to post by GenRadek
You really need to stop going to those "damn fool conspiracy" sites.
Nist reported the damage sustained on WTC7 from the Twins falling, did no Structural damage to WTC7.
So with office fires alone, explain the admitted "freefall" , also in the NIST report.
Originally posted by Tw0Sides
reply to post by GenRadek
I thought we weren't allowed to use fire fighters video's of that day , because of the trauma and adrenaline .
Since the OP has one, this is a great one. Firefighters talking about explosions in the lobby, Far, Far , Far away from the impacts
"we came in after the fires, we were setting up in the lobby"
"the entire lobby came down on us"
.edit on 26-1-2012 by Tw0Sides because: (no reason given)
Originally posted by H1ght3chHippie
Seeing you are smarter than 1.500 Engineers and international experts regarding construction techniques and material sciences, I'm sure you own a Fortune 500 enterprise yourself. I'm surprised, and feel honored at the same time, that a capacity like you does find the time posting his analysis on these very forums. I stand in awe.
As seen in this revealing photo, the Twin Towers' destruction exhibited all of the characteristics of destruction by explosives:
1. Destruction proceeds through the path of greatest resistance at nearly free-fall acceleration
2. Improbable symmetry of debris distribution
3. Extremely rapid onset of destruction
4. Over 100 first responders reported explosions and flashes
5. Multi-ton steel sections ejected laterally
6. Mid-air pulverization of 90,000 tons of concrete & metal decking
7. Massive volume of expanding pyroclastic-like clouds
as seen here: www.abodia.com...
Massive volume of expanding pyroclastic dust clouds
8. 1200-foot-diameter debris field: no "pancaked" floors found
The metallic element ingredients along with sulfur can be determined with considerable certainty. Of course, owing to the nature of the thermite reaction and the high-temperatures during spherule formation, the content of the various metals varies somewhat from sphere to sphere and even from one spot to another on a single sphere. Done carefully, the presence of the aluminothermic reaction signature is quite unambiguous; as stated by Materials Engineering, Inc. (MEi):
• “When thermite reaction compounds are used to ignite a fire, they produce a characteristic burn pattern and leave behind evidence. These compounds are rather unique in their chemical composition, containing common elements such as copper, iron, calcium, silicon and aluminum, but also contain more unusual elements, such as vanadium, titanium, tin, fluorine and manganese. While some of these elements are consumed in the fire, many are also left behind in the residue…
• MEi has conducted Energy Dispersive Spectroscopy (EDS) on minute traces of residue, identifying the presence of these chemical elements. The results, coupled with visual evidence at the scene, provide absolute certainty that thermite reaction compounds were present, indicating the fire was deliberately set, and not of natural causes."47
Note that the NFPA 921Guide for Fire and Explosion Investigations clearly states: “Unusual residues might remain from the initial fuel. Those residues could arise from thermite, magnesium, or other pyrotechnic materials.”48
This is the standard procedure for fire and explosion investigations – looking for thermite residues. Was it applied to the WTC “crime scene”? NIST was asked:
• Question: ““Was the steel tested for explosives or thermite residues? The combination of thermite and sulfur (called thermate) "slices through steel like a hot knife through butter." • Answer; “NIST did not test for the residue of these compounds in the steel.” 49 NIST is remiss in not testing for thermite residues as required by the NFPA 921 code.
Two weeks after 9/11, engineers Pablo Lopez and Andrew Pontecorvo are walking in the B2 basement level at the ruins of the World Trade Center, towards where the North Tower stood. They discover a “solid, rocklike mass where the basement levels of the tower had been,” and see “the recognizable traces of twenty floors, very much like geologic strata revealed by a road cut, compressed into a ten-foot vertical span. In one place, the steel decks of half a dozen floors protruded like tattered wallpaper, so close together that they were almost touching where they were bent downward at the edge. Nothing between the decks was recognizable except as a rocky, rusty mishmash. In a few places what might have been carbonized, compressed stacks of paper stuck out edgewise like graphite deposits.” As New York Times reporters James Glanz and Eric Lipton describe, Lopez and Pontecorvo have found “where the vanished floors [of the tower] had gone. They had not just fallen straight down. The forces had been so great and the floors so light that they had simply folded up like deflated balloons.”
At some later time, ironworker Danny Doyle, who is also working at Ground Zero, finds that floors of the South Tower have been compressed into a formation like what happened with the North Tower’s. He discovers “a distinct mound of debris set into the pile, about six feet high, with strands of wire and pieces of rebar sticking out. It looked like layers of sediment that had turned into rock and been lifted up on some mountainside.… Here were ten stories of the South Tower, compacted into an area of about six feet.”
But most of the heavy lifting is still ahead, with the cleanup and recovery operation expected to last a year. Mountains of debris from the towers remain, as do the burned-out or smashed-in shells of the United States Customs House at the complex's northwest corner and 5 World Trade Center at the northeast corner. There are also six underground levels in the complex, caverns where most of the super-compressed debris from the towers has settled.
9. Isolated explosive ejections 20–40 stories below demolition front
10. Total building destruction: dismemberment of steel frame
11. Several tons of molten metal found under all 3 high-rises
12. Evidence of thermite incendiaries found by FEMA in steel samples
13. Evidence of explosives found in dust samples
And exhibited none of the characteristics of destruction by fire:
1. Slow onset with large visible deformations
2. Asymmetrical collapse which follows the path of least resistance (laws of conservation of momentum would cause a falling, intact, from the point of plane impact, to the side most damaged by the fires)
3. Evidence of fire temperatures capable of softening steel
4. High-rise buildings with much larger, hotter, and longer-lasting fires have never collapsed.