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About LinkBacksLinear friction welding of wood. 0:59 video:
Previously: Slow motion linear friction welding of titanium - GIF and video
Linear friction welding of wood. 0:59 video:
Previously: Slow motion linear friction welding of titanium - GIF and video
Andyt (May 31, 2020), baja (May 31, 2020), Beserkleyboy (May 30, 2020), Dragonhand (May 30, 2020), Drew1966 (May 30, 2020), dubbby (May 31, 2020), Inner (May 31, 2020), Lee Bell (May 31, 2020), Moby Duck (May 30, 2020), mwmkravchenko (May 30, 2020), Okapi (May 31, 2020), Seedtick (May 30, 2020), that_other_guy (May 30, 2020), Tonyg (May 31, 2020), will52100 (May 30, 2020)
Very cool!
I wonder how strong the joints are relative to a typical wood glue joint. This is basically just heating the wood enough to cause the lignin to act as an adhesive, similar to what holds firewood pellets together, right?
But why?????????
Why not?????Originally Posted by Dragonhand
Okapi (May 31, 2020)
The first guy to do it was horsing around and surprised at the results. Now he has to keep working on it so he doesn't get fired for his goofing around?
No, hot!
(Sorry, just could not resist)
I am intrigued by this machine. What are its usual applications?
Last edited by Philip Davies; May 31, 2020 at 02:42 AM. Reason: Remove apostrophe inserted by over-zealous, but mistaken, automatic checker
Why? Why to increase the knowledge base. If I had such a machine I can guarantee you I would be curious about what it could do, about the limits of the process.
People who ask why and who pursue the answers are the way we advance.
Paul A.
I am intrigued by this machine. What are its usual applications?
I don't know specifically about that machine, but friction welding is used to join all sort of otherwise difficult to weld materials and to weld very dissimilar metals and high temp refractory metals. I'm very far from an expert, but did some reading about this a while "Pin It")
I don't know specifically about that machine, but friction welding is used to join all sort of otherwise difficult to weld materials and to weld very dissimilar metals and high temp refractory metals. I'm very far from an expert, but did some reading about this a while back. I believe one of the benefits is a very small heat affected zone that is closely confined to the area where the weld takes place.
There is actually quite a bit of info out there on the web about this, it is fascinating stuff.
As to why weld wood, who knows. Though the link does make some reference to potential applications in building furniture (no need to wait for glue to dry, etc) and similar applications. Making super strong laminated wood beams, perhaps? I guess it's limited by ones imagination.
Philip Davies (Jun 4, 2020)
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