It’s looking very nice, but why go to the trouble of making working hinges for doors that will not be used? Card stock painted black is very good for simulating ironwork.
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Because I’m not right in the head. I feel that I’ve been clear on that in this log.It’s looking very nice, but why go to the trouble of making working hinges for doors that will not be used? Card stock painted black is very good for simulating ironwork.
I originally thought about brass tubing, but the ones I had on hand was slightly too wide. I might give the tutorial Giampy65 posted a try, but if not, I'll revisit the tubing method as I didn't know they had some that ran down to the diameter. Good timing too since my coworker just gave me his old sodering iron about a month back.If you’re going to make metal objects like door hinges, check out K&S brass tubing. Their round tubing is available in diameters down to 1/32”. They also offer square and rectangular sizes. A tiny piece of 1/32” tubing soldered to a small brass strap would make a hinge. Look for it on Amazon.
Roger
A fair point to be sure. I still feel I'd like to give it another go, but if the second interior door doesn't go well, then perhaps static doors are the way to go for the this build. Cursed be my overly amitious nature!I admire Giampy's work as well - but he is working at a larger scale than you. I think Namubiiru and Roger have it right...
Been there. Done that.A fair point to be sure. I still feel I'd like to give it another go, but if the second interior door doesn't go well, then perhaps static doors are the way to go for the this build. Cursed be my overly amitious nature!
I make them out of a longer strip and then cut them to length after. It is a lot easier to handle that way.Regarding post #39, Process-wise, are you creating the eyes/hooks out of 3mm lengths? Or, making them at the end of a longer piece, then cutting to length?
Are those to simulate the beam ends that extend out the side of the superstructure?Finally Labor Day Weekend! Not much progress to report right now. The hinges have officially defeated me, so the doors will be static. But a few other things coming very soon.
In the meantime, if anyone wants to guess what these might be for, by all means.
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Right you are! I wasn’t sure if I wanted to include these at all due to the fact that I’m not these pegs would be visible on the actual construction. But I ultimately figured that at the very least it’s a nice visual detail and provides some technical insight of the hulls construction.Are those to simulate the beam ends that extend out the side of the superstructure?
You've seen my Fair American build so you know the true face of superfluous loquacity.Forgive me for pontificating a bit, but with the general absence of anything on Asian crafts on this forum, I thought it might be good to provide some background details.
With things proceeding as they are, I need to start thinking about the oars and of course the sailing mast. The Korean panokseon used sculling oars in battle, but beyond this, it's been difficult to find much details on them. Traditional oars of Asia are very different from those found in Europe, both in their design and the overal rowing theory. Unlike western rowing, that sweeps through the water almost horizontally from the ship, Korean oars extend almost vertically into the water from the sides of the ship, which is why the oar openings are in the floor of the deck rather than the bulwark. These oars are moved in a corkscrew or propellar like motion rather than a sweeping like motion.
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Reenactors and a university professor demonstrating how the oars worked on traiditonal Korean warships. As you can see from these screenshots, these oars were constructed from two pieces joined at a slight angle with two handles that allowed sailors to push and twist the oars to generate the propulsion.
Unfortunately, beyond the fact that these oars could be up to 6 meters in length and made of "hardwood" (very specific), finding additonal details on these oars was a bit tricky. Luckily, these type of oars could be found in Korea's neighbors as well, though seemingly onto used in single fashion at the stern of the ship. Thus, I looked into Chinese and Japanese counterparts to get some additional design details. For example, the topside is usually flat, but the underside is actually a bit rounded, likely to reduce drag. And here I was thinking I could go back to using popcicle sticks!
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Close up of a Korean "no" (oar) extending into the water.
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Above, photos of traditional Japanese row boats using oars identicle to the ones utilize in Korea.
So, before I begin to set my sights on the upper deck, I get to make 18 of these things, and that's not even half the fun I have left on this godforsaken deck. But hey, I should probably be thankful that I'm not working on a trireme.
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Not a final draft, just a proof of concept make from a popsicle stick, toothpick, and some sewing string.
Anyway, if you actually read to the end of the post, thanks for putting up with my verbosness. In short, Korean oars different and dumb me used big effort to find out.