Mike Bull2019
Member
It is 'hydrodynamic', not 'aerodynamic'.
Had the ship not broken I suspect that the stern would have been heavily damaged internally by remaining air being compressed and blasted through and out of the hull, and then as it went under things like the poop deck catching the water flow and neding back would have still happened.
The complete ship would have been heavier and hit the bottom a lot harder, so probably burying itself more at the bow and possibly totally breaking the bow off as the rest tripped over it- a continuation of the bow bend we see today. (i.e, forecastle embeds, rest keeps going) Possibly the whole ship would have broken her back as she slammed down, likely upright.
Plus of course there would be virtually no debris field, with everything staying inside the ship.
Had the ship not broken I suspect that the stern would have been heavily damaged internally by remaining air being compressed and blasted through and out of the hull, and then as it went under things like the poop deck catching the water flow and neding back would have still happened.
The complete ship would have been heavier and hit the bottom a lot harder, so probably burying itself more at the bow and possibly totally breaking the bow off as the rest tripped over it- a continuation of the bow bend we see today. (i.e, forecastle embeds, rest keeps going) Possibly the whole ship would have broken her back as she slammed down, likely upright.
Plus of course there would be virtually no debris field, with everything staying inside the ship.