MikeG.
Established Member
That's not really the reason it is in tension. it is in tension because the lowest part of the top frame is below the highest part of the bottom frame, and one hangs from the other.
That’s true, but if it was all in tension it would accelerate off to infinity, the tension chain in the middle is connected to two cantilever arms. It’s a fun play on the mind in that chain is perceived to only work in tension, if you replace the chain with wood it’d be the same forces but wouldn’t elucidate the same feeling.That's not really the reason it is in tension. it is in tension because the lowest part of the top frame is below the highest part of the bottom frame, and one hangs from the other.
They look like marine lacing eyes.What is the name of the fixation you used to attach the chains ? I'd really like to find the same.
Exactly only the centre chain needs adjusting imho.To accurately tension the chains a turnbuckle would allow infinite adjustment. Like this - but sized correctly
That would certainly be the case with 3 outer chains. With 4, you might need a bit of adjustment, imho.Exactly only the centre chain needs adjusting imho.
I only have about a 17cm gap in the centre. I think I did consider a turnbuckle, but thought that it would occupy too much of the gap, and then it wouldn't really look like a chain. Using the two eyebolts means that most of the non-chain is hidden inside the wood.To accurately tension the chains a turnbuckle would allow infinite adjustment. Like this - but sized correctly
True, but in the real world, a three legged stool never wobbles, but you can't say the same of a four legged stool.If all four chains are the same length adjustment shouldn't be needed.
I might just have to make one!
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