I remember somebody was doing 3D-woven composites, possibly for spacecraft, some years ago..
This is essentially the same idea, but with nanotubes.
This suggests that weaving reinforcement tow through the layers of the layup would be structurally-significant, if it were done densely-in-pattern, enough..
In aerospace, maybe it'd be structurally significant ( aircraft have, iirc, only a 10% margin in structural-strength, though that may be just the aluminum semi-monocoque builds )
But can it shred a cargo ship?
In the Panama canal?
Preferably
That’s something of a three body problem I hear.
I remember somebody was doing 3D-woven composites, possibly for spacecraft, some years ago..
This is essentially the same idea, but with nanotubes.
This suggests that weaving reinforcement tow through the layers of the layup would be structurally-significant, if it were done densely-in-pattern, enough..
In aerospace, maybe it'd be structurally significant ( aircraft have, iirc, only a 10% margin in structural-strength, though that may be just the aluminum semi-monocoque builds )
How long before this is used in bicycle frames?