Physicists are Decoding the Math-y Secrets of Knitting

From Ars Technica: 

Knitted fabrics like a scarf or socks are highly elastic, capable of stretching as much as twice their length, but individual strands of yarn hardly stretch at all. It’s the way those strands form an interlocking network of stitches that give knitted fabrics their stretchiness. Physicists are trying to unlock the knitting “code”—the underlying mathematical rules that govern how different stitch combinations give rise to different properties like stretchiness—in hopes of creating new “tunable” materials whose properties can be tailored for specific purposes.

“Knitting is this incredibly complex way of converting one-dimensional yarn into complex fabric,” said Elisabetta Matsumoto, a physicist at the Georgia Institute of Technology. “So basically this is a type of coding.” Figuring out how different stitch types determine shape and mechanical strength could help create designer materials for future technologies—everything from better materials for the aerospace industry to stretchable materials to replace torn ligaments. The models her team is developing may also be useful in improving the realistic animation of clothing and hair in video game graphics. 

Read more at Ars Technica

Related posts…

New Patent Filed

ERDEN files patent covering the embedding and securing of objects into a hand-woven rug. We started the journey in June: How does one maintain or increase…

Canis Familiaris at Westminster

Beautiful shots of the fiber most familiar to a lot of us. The Afghan hound’s coat looks a bit like that of a Suri alpaca or Angora goat. There is a…