No. Jet fuel is about as hot as kerosene. Steel requires temps above ~1400C to get to a molten state.
Most of the fuel burned off in a couple minutes after the initial fireball. Let’s pretend the fuel was hot enough. Do you really believe there was enough volume of fuel to completely melt all of the massive internal vertical support columns, the steel exterior of the building AND pulverize all of the concrete into dust?
The way your comment is worded implies that the only source of combustion and heat was the jet fuel, which is patently false. The buildings were literally filled with combustible materials.
No. Jet fuel is about as hot as kerosene. Steel requires temps above ~1400C to get to a molten state.
Most of the fuel burned off in a couple minutes after the initial fireball. Let’s pretend the fuel was hot enough. Do you really believe there was enough volume of fuel to completely melt all of the massive internal vertical support columns, the steel exterior of the building AND pulverize all of the concrete into dust?
You light an office building that big on fire with an airplane ,dont say it dodnt couse I watched it,and steel is going to melt.
The way your comment is worded implies that the only source of combustion and heat was the jet fuel, which is patently false. The buildings were literally filled with combustible materials.