Related the post "3 useful cones" (part 1). When unrolled, these cones make up 1/4, 2/4 and 3/4 of a circle.
2012-11-23
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I have transformed the blog into a book! ISBN 978916373329-1. 48 pages. 176 x 250 mm. Click the image above to order. The price is 119 SEK + packaging and postage.
This blog is also a book:
I have transformed the blog into a book! ISBN 978916373329-1. 48 pages. 176 x 250 mm. Click the image above to order. The price is 119 SEK + packaging and postage.
Purpose of this page
When you bend a thin strip of an elastic material you get a beautifully shaped curve. What geometry does this curve follow? Please help unravel this mystery by commenting these posts!
(Upside down)
Because this is a "blog", oldest posts are shown last. To get the story straight - read from bottom to top!
(Upside down)
Because this is a "blog", oldest posts are shown last. To get the story straight - read from bottom to top!
Type of bending
I'm looking at the type of bending that is elastic (not plastic), meaning the material will spring back to its original shape when the force is released. Most materials break or deform permanently before they can reach an 'elastic and beautiful curve', but I think all 'elastic deformation' follow the same principals and therefore the same geometry.
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The header is set with Pragmata by Fabrizio Schiavi Design. My favorite monospaced font.
Miso typeface