I bought a s/h book years ago all about Captain Drake…..sailing well before the world war2
I'm just glad there are still people about like him. If that boat has been afloat and in use for 50 years + he obviously made a good job of the hull build.Good philosophy![]()
The technique would seem to be inherently vulnerable, though I'm unclear whether its more or less inherently vulnerable than, say a balsa cored hull or deck.
Or the dome of the Pantheon (Roman!)?In comparison to the permanence of, say, a traditional wooden or steel boat/ship?
How old do you think the reinforced concrete bridges you drive or walk across are?
Or the dome of the Pantheon (Roman!)?
Or a boat.That was my first thought, but IIRC it's not steel reinforced.![]()
Encapsulated keels are reasonably analogous to a ferro hull and I would tend to stay away from them.But definitely stay away from those awful GRP boats with their vulnerable bolt-on or encapsulated keels!![]()
Or a boat.
IF I had a GRP boat with a rotten balsa cored deck, I have wondered about using concrete (perhaps with glass microspheres as aggregate) as an infill. Would be interesting to try it, but I believe the Trident 24 doesn't make much use of lightweight core materialsWell, there is that!
But it's still keeping the water on one side and air on the other 2,000 years later, and amazingly remains the world's largest unreinforced concrete dome.
To, er, reinforce Ducked's original point, though, I guess it would be unlikely to have survived that long had it been steel reinforced!
And to reinforce my point, avoid reinforced concrete if you want your boat to last 2,000 years!![]()
Encapsulated keels are reasonably analogous to a ferro hull and I would tend to stay away from them.
Bolt-on keels arent (are reasonably dialogous?) and I have three of them
IF I had a GRP boat with a rotten balsa cored deck, I have wondered about using concrete (perhaps with glass microspheres as aggregate) as an infill. Would be interesting to try it, but I believe the Trident 24 doesn't make much use of lightweight core materials