New welding technique

Re:

From the description, it sounds like it 'could' be massive for Titanium.
It's one of the most prevalent and easiest to find metals; the cost of parts is due to its difficulty to work with, so this might be an interesting turn of events for Ti frames.
 
Interesting but some cars are now bonded with adhesives that are supposedly stronger and lighter. Could be great for bikes though
 
This, along with 3d printing, could mean we are all able to design and build our own bikes in our living rooms.

Imagine a future BOTM Special, "Here's One I Made Earlier. Today!"
 
highlandsflyer":2b0rcx3g said:
This, along with 3d printing, could mean we are all able to design and build our own bikes in our living rooms.

Imagine a future BOTM Special, "Here's One I Made Earlier. Today!"

once theirs patents have expired perhaps....
no doubt the cost savings wont be passed down to the customers of the cars built using these techniques (if employed at all).

on a more positive note, if they are able to shape the metal at the same time as bonding it, could this mean the end of the 'triangle' bike geometry???
 
Re:

An interesting read, thanks.

Did anyone else see the, ahem, irony, of the meeting being held in Columbus!

Mike
 
er, bi-metallic corrosion...? very few practical uses for bonding dissimilar metals at a molecular level!!

Titanium welds as easily as steel (essentially) it's the refining and forming that's more costly.
 
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Dont get how evaporating aluminium would force two piece together, surely the volume change transforming from solid to gas would do the oposite?

Also wouldnt metaks with different expansion constants warpwhen temoerature changes like bimetallic strip?
 
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