Attached are 3 photographs of a large cone bore projectile that has been fired.
My query is, keeping in mind this have clearly been fired and the rear flange is squeezed in, how is it that the front flange isn't.
Its not been messed with, there is no indication that anyone has tried to pull out the front flange.
The only explanation I can think of is that after exiting the barrel the centrifugal force was so great the front flange did not retain its squeezed shape and partly reverted to the original shape. Clearly a failed experiment as the projectile would then not be as aerodynamic.
Front flange diameter is between 67 and 69mmm
Rear flange diameter is roughly 58mm
Narrowest point of projectile (the part the front flange would squeeze into) is 40mm
All solid and INERT
Thoughts anyone?
Dave.



My query is, keeping in mind this have clearly been fired and the rear flange is squeezed in, how is it that the front flange isn't.
Its not been messed with, there is no indication that anyone has tried to pull out the front flange.
The only explanation I can think of is that after exiting the barrel the centrifugal force was so great the front flange did not retain its squeezed shape and partly reverted to the original shape. Clearly a failed experiment as the projectile would then not be as aerodynamic.
Front flange diameter is between 67 and 69mmm
Rear flange diameter is roughly 58mm
Narrowest point of projectile (the part the front flange would squeeze into) is 40mm
All solid and INERT
Thoughts anyone?
Dave.


