L.W. Baxter
01-20-2004, 07:17 PM
I've been reading my Christmas present, a first edition, mint copy of The Bark Canoes and Skin Boats of North America by Adney and Chapelle.
It gets me stirred up, thinking about staking out a building bed in the backyard and putting together a self-designed canoe of natural materials, no epoxy, no screws, especially no sanding , and no hang-ups over the imperfections.
Trouble is, suitable bark is hard to come by.
I was thinking, would an eighth-inch veneer, say of douglas fir or mahogony, be pliable enough to replace bark as a building material? Maybe if it was soaked in water before starting? Note, I'm talking of a building process where the skin of the boat is crucial to the structure, as most parts of a traditional bark canoe are held in place by pressure against the skin, not fasteners.
According to the book, most barks employed in canoes were about 1/8" thick. But is birch bark more flexible and tougher than a high-grade, rotary cut veneer? I imagine it is. And a veneer would need a water-proofing treatment of some sort.
Just idle questions to fill-out my daydreams.
Could be a good weekend (or 2 or 3) project to do with the kids, though. They're always wanting to "help" me in the shop, which is usually not possible, given the toxins and the power tools I normally use...
--Lee
It gets me stirred up, thinking about staking out a building bed in the backyard and putting together a self-designed canoe of natural materials, no epoxy, no screws, especially no sanding , and no hang-ups over the imperfections.
Trouble is, suitable bark is hard to come by.
I was thinking, would an eighth-inch veneer, say of douglas fir or mahogony, be pliable enough to replace bark as a building material? Maybe if it was soaked in water before starting? Note, I'm talking of a building process where the skin of the boat is crucial to the structure, as most parts of a traditional bark canoe are held in place by pressure against the skin, not fasteners.
According to the book, most barks employed in canoes were about 1/8" thick. But is birch bark more flexible and tougher than a high-grade, rotary cut veneer? I imagine it is. And a veneer would need a water-proofing treatment of some sort.
Just idle questions to fill-out my daydreams.
Could be a good weekend (or 2 or 3) project to do with the kids, though. They're always wanting to "help" me in the shop, which is usually not possible, given the toxins and the power tools I normally use...
--Lee