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Originally posted by Aleister
You know, there were quite a lot of bodies between the bomb and the glass. Absorbing the shock and the projectiles is what caused the injuries. And the bomb was on sidewalk level, so for the blast to knock out every window it would have had to have a clear upward wave which, again, was likely absorbed on the sides by human bodies.
Blast wind: At the explosion site, a vacuum is created by the rapid outward movement of the blast. This vacuum will almost immediately refill itself with the surrounding atmosphere. This creates a very strong pull on any nearby person or structural surface after the initial push effect of the blast has been delivered. As this void is refilled, it creates a high-intensity wind that causes fragmented objects, glass and debris to be drawn back in toward the source of the explosion.
Originally posted by Covertblack
Blast wind: At the explosion site, a vacuum is created by the rapid outward movement of the blast. This vacuum will almost immediately refill itself with the surrounding atmosphere. This creates a very strong pull on any nearby person or structural surface after the initial push effect of the blast has been delivered. As this void is refilled, it creates a high-intensity wind that causes fragmented objects, glass and debris to be drawn back in toward the source of the explosion.
www.howstuffworks.com...
Originally posted by captiva
Originally posted by Covertblack
Blast wind: At the explosion site, a vacuum is created by the rapid outward movement of the blast. This vacuum will almost immediately refill itself with the surrounding atmosphere. This creates a very strong pull on any nearby person or structural surface after the initial push effect of the blast has been delivered. As this void is refilled, it creates a high-intensity wind that causes fragmented objects, glass and debris to be drawn back in toward the source of the explosion.
www.howstuffworks.com...
The intital blast would have pushed the glass in a blast dosnt attract, I disagree totally with the premise that a blast sucks glass in.
Respects
Originally posted by Covertblack
Originally posted by captiva
Originally posted by Covertblack
Blast wind: At the explosion site, a vacuum is created by the rapid outward movement of the blast. This vacuum will almost immediately refill itself with the surrounding atmosphere. This creates a very strong pull on any nearby person or structural surface after the initial push effect of the blast has been delivered. As this void is refilled, it creates a high-intensity wind that causes fragmented objects, glass and debris to be drawn back in toward the source of the explosion.
www.howstuffworks.com...
The intital blast would have pushed the glass in a blast dosnt attract, I disagree totally with the premise that a blast sucks glass in.
Respects
Sorry, but it happens. As the article states a vacuum is made, which causes air to rush back in.
Originally posted by VoidHawk
Originally posted by Covertblack
Originally posted by captiva
Originally posted by Covertblack
Blast wind: At the explosion site, a vacuum is created by the rapid outward movement of the blast. This vacuum will almost immediately refill itself with the surrounding atmosphere. This creates a very strong pull on any nearby person or structural surface after the initial push effect of the blast has been delivered. As this void is refilled, it creates a high-intensity wind that causes fragmented objects, glass and debris to be drawn back in toward the source of the explosion.
www.howstuffworks.com...
The intital blast would have pushed the glass in a blast dosnt attract, I disagree totally with the premise that a blast sucks glass in.
Respects
Sorry, but it happens. As the article states a vacuum is made, which causes air to rush back in.
While that's true, the initial blast is far stronger, and by the time the vacume starts pulling back, any objects in the initial blast will be too far away.
I dont see anything suspicious in the picture though.edit on 21-4-2013 by VoidHawk because: (no reason given)