Hatfield
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- May 3, 2012
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JMO
Here is another reason why a plane would not be crushed flat on bottom.
As the plane sinks the pressure forces would be from all sides as the pieces float down. The pieces are not yet on the bottom as it goes down so all the pressure forces are hitting it from all directions. So, if anything, the pressure would try to crush it into a ball as it goes down.
By the time it hits the very bottom, all the deformation would have already occurred and whatever mass of junk is left will then just end up floating to a rest on bottom.
Its not like it first goes all the way to the bottom and only then all the pressure hits it only on the bottom only after it comes to rest. Its not like that. It hits it while going down.
The pressure hits it from all sides while it is going down trying to push it into itself. More like a ball rather than flat.
And IMO, the sheer mass of materials would be of sufficient quantity to be noticeble by sonar device.
Here is another reason why a plane would not be crushed flat on bottom.
As the plane sinks the pressure forces would be from all sides as the pieces float down. The pieces are not yet on the bottom as it goes down so all the pressure forces are hitting it from all directions. So, if anything, the pressure would try to crush it into a ball as it goes down.
By the time it hits the very bottom, all the deformation would have already occurred and whatever mass of junk is left will then just end up floating to a rest on bottom.
Its not like it first goes all the way to the bottom and only then all the pressure hits it only on the bottom only after it comes to rest. Its not like that. It hits it while going down.
The pressure hits it from all sides while it is going down trying to push it into itself. More like a ball rather than flat.
And IMO, the sheer mass of materials would be of sufficient quantity to be noticeble by sonar device.