What was the Molten Metal Seen Pouring Out of the South Tower Minutes Before its Collapse — Steel and Iron, or Aluminum and/or Lead?Jul 3
Written by Simon Falkner
Tuesday, 01 July 2014
Architects and Engineers for 911 Truth
Figure 1. The black smoke at the Twin Towers was indicative of the incomplete combustion usually associated with low-temperature fires. Office fires cannot melt steel, even given optimal conditions.
A December 2001 paper, “Why Did the World Trade Center Collapse? Science, Engineering, and Speculation,” dismissed early reports about molten steel at the demolished World Trade Center. Dr. Thomas W. Eagar, a professor of materials engineering and engineering systems at the Massachusetts Institute of Technology, and his graduate research student, Christopher Musso, pointed out that the theoretical maximum temperature of a building fire (maximum 1000°C/1800°F) is not even close to the melting point of steel (approximately 1500°C/2750°F). And they noted that the observed black smoke emanating from the Twin Towers was consistent with a typical oxygen-starved building fire.
Eagar and Musso concluded that the actual temperature most likely remained below 650°C/1200°F. In so doing, they dispelled the myth that the jet fuel could have made the fires unusually hot, noting that it was “highly unlikely” that the temperature rose above 800°C/1470°F.
AE911Truth agrees that the jet-fuel-induced fires in the Twin Towers could not have melted steel.
But because more recent reports confirm the presence of molten steel and molten iron both during and after the 9/11 event, it must be determined what actually melted those two metals and in so doing demolished two of the world’s tallest steel-frame skyscrapers.
The Official Fired-Based Hypothesis Cannot Account for the Stream of Liquid Metal Pouring Out of the South Tower
Figure 2. Yellow-white glowing molten metal is seen pouring from the South Tower just minutes before its collapse. Accompanying white smoke was sometimes visible. NIST did not investigate the phenomenon.