'What about building 7'?

Status
Not open for further replies.
You are dead wrong.

The flames may diminish, but the heat does not just disappear with them.

The area may cool down relative to the flames...but do you really want to argue semantics over a flame at 1800o and then a drop to 1500o when the room starts baking?

Spend some time with a simple campfire and you can debunk yourself.

Go read a book or something and stop trolling.

Bingo! That is all I am arguing. Thanks for the confirmation.
 
Originally Posted by sabretooth47 View Post
You are dead wrong.

The flames may diminish, but the heat does not just disappear with them.

The area may cool down relative to the flames...but do you really want to argue semantics over a flame at 1800o and then a drop to 1500o when the room starts baking?

Spend some time with a simple campfire and you can debunk yourself.

Go read a book or something and stop trolling.
Bingo! That is all I am arguing. Thanks for the confirmation.

But the steel continues to heat up after the fire has diminished and this is which is the relevant fact.
 
Bingo! That is all I am arguing. Thanks for the confirmation.

...and?

Did you not read the rest of what I wrote, or are you just cherry-picking again?

Your argument is still invalid. It doesn't matter that the flames dissipated...the HEAT WAS STILL THERE.
 
Last edited:
But the steel continues to heat up after the fire has diminished and this is which is the relevant fact.

The steel may well continue to heat up. i don't dispute that and never have. i was arguing that the temperature in a given location will drop as soon as the flames are extinguished.
 
...and?

Did you not read the rest of what I wrote, or are you just cherry-picking again?

Your argument is still invalid. It doesn't matter that the flames dissipated...the HEAT WAS STILL THERE.

The temperature dropped. that is all I was arguing.
 
The steel may well continue to heat up. i don't dispute that and never have. i was arguing that the temperature in a given location will drop as soon as the flames are extinguished.

To the degree this is true (not much), you are admitting that the "20 minute" claim for WTC7 is irrelevant and steel beams continued to expand and weaken well after the fire apparently died down.
 
sabretooth47 said:
"You are dead wrong.

The flames may diminish, but the heat does not just disappear with them.
The area may cool down relative to the flames...but do you really want to argue semantics over a flame at 1800o and then a drop to 1500o when the room starts baking?
Spend some time with a simple campfire and you can debunk yourself."

So you see WTC7 as a large thermos bottle heating up over 7 hours?

Even though the south and east sides of WTC7 were venting the internal heat and receiving a cool inflow of fresh air, you believe a sufficient body of heat was maintained to cause the column 79 failure on the 13th floor.

All from roving office cubicle fires which the NIST estimated peaked after 20 minutes.

Amazing.

MM
 
It cools down immediately. There are no flames there anymore. Stuff is no longer burning.

We really do have to walk you through kindergarten stuff. Putting a fire out in a given location will cool the area down. This isn't new, people have known about it since they discovered fire.

You are dead wrong.

The flames may diminish, but the heat does not just disappear with them.

The area may cool down relative to the flames...but do you really want to argue semantics over a flame at 1800o and then a drop to 1500o when the room starts baking?

Bingo! That is all I am arguing. Thanks for the confirmation.

"Relative to the flames" is the significant part. We're discussing the temperature of massive steel members here. Nothing you said has been "confirmed".

Putting the posts in context shows you to be lying, obfuscating or plain trolling.
 
So you see WTC7 as a large thermos bottle heating up over 7 hours?

Even though the south and east sides of WTC7 were venting the internal heat and receiving a cool inflow of fresh air, you believe a sufficient body of heat was maintained to cause the column 79 failure on the 13th floor.

All from roving office cubicle fires which the NIST estimated peaked after 20 minutes.

Amazing.

MM

It is amazing. But he seems to have found a more general result. If you put a fire out, it stays at the same temperature as when it was burning.

This educational forum sure does what it says on the tin.
 
The steel may well continue to heat up. i don't dispute that and never have. i was arguing that the temperature in a given location will drop as soon as the flames are extinguished.

Why do you passionately "argue" things that have no relevance to the question of 9/11 Conspiracy Theories (the topic of this forum) and act like it's some super-important issue?

The ideas you are so passionately arguing for have about as much relevance to 9/11 Conspiracy Theories as the question of whether McDonalds or Burger King was the closer fast-food restaurant to the WTC complex.
 
The steel may well continue to heat up. i don't dispute that and never have. i was arguing that the temperature in a given location will drop as soon as the flames are extinguished.

And it still has absolutely nothing to do with the conversation...so stop wasting everyone's time.
 
I'm not asking anyone to trust me. I'm asking you to read, and understand, the NIST WTC7 report.

Dave
Don't you just wish they would get the concept that once the heat goes away the member that was heated was not adversely effected? Just once I'd like to see them describe the effect on a constrained beam.

I know, I'm dreaming.
 
It is amazing. But he seems to have found a more general result. If you put a fire out, it stays at the same temperature as when it was burning.

This educational forum sure does what it says on the tin.


It takes a fireman and water to prevent a collapse of a modern steel-framed building on fire. There was no water for firefighting WTC7 on 9/11.
 
Last edited:
It is amazing. But he seems to have found a more general result. If you put a fire out, it stays at the same temperature as when it was burning.

Keep working on convincing us that you're an honest investigator and that everyone else on the forum is lying. Doing it by telling lies like this is an unorthodox approach, but it's in keeping with the usual methodology of the truth movement.

Dave
 
It takes a fireman and water to prevent a collapse of a steel-framed building on fire. There was no water for firefighting WTC7 on 9/11.

Wrong. Removal of the fuel will put a fire out. The fuel was consumed well before the 2 hours that the fireproofing was rated for.
 
Wrong. Removal of the fuel will put a fire out. and the building will collapse if the firemen don't show up with water soon enough. The fuel was consumed well before the 2 hours that the fireproofing was rated for.

Ftfy.

In the absence of water for firefighting, the steel continues to expand and weaken long after the fire apparently diminished.
 
All from roving office cubicle fires which the NIST estimated peaked after 20 minutes.

So "peaked" now means "extinquished" in your book? Heat was no longer a factor after 20 minutes? Your lack of understanding regarding thermodynamics is astounding...about par with your understanding of physics.


Sure is...the fact that your little pet boy project newbie cooperdude is taking everything you say at face-value and completely ignoring fire science, physics, and the professionals here that actually know what there talking about...that could only be described as "amazing".
 
Status
Not open for further replies.

Back
Top Bottom