Case #1
Two loose ends pushed together (2d).
One clamped end, the loose end is pushed (2d).
Both ends clamped together to form a loop (2d).
Case #4Both ends clamped to form a loop, but with a distance sideways between endpoints (3d).
Case #5Both ends clamped and twisted to form a loop (3d).
great blog!
ReplyDeletearen't you missing the mobius strip?
Thanks for your comment!
ReplyDeleteYou're right, I haven't given much thought to the Möbius strip. I guess in my view it's too much of a special case.
However, Eugene Starostin and Gert van der Heijden at the Centre for Nonlinear Dynamics, Department of Civil, Environmental and Geomatic Engineering, (University College London) gave the subject a closer look:
http://www.ucl.ac.uk/~ucesgvd/pamm.pdf
Måste fråga, du har ingen aning om du är släkt med Otto Nettelbladt? (min pappa).
ReplyDeleteHej Carl, släkt är vi ju, frågan är bara hur. Kanske min farfar Hans vet mer, hans kontaktuppgifter finns här:
ReplyDeletehttp://home.swipnet.se/nettelbladt/
Great postt thank you
ReplyDeleteSuch a nice blog and I appreciate your all efforts about your thoughts. It’s really good work. Strips for Elastic Wrapping
ReplyDelete