Plate structures principally consists of hexagons joined along their edges without any supporting structure underneath. The resulting Y-shaped vertices between three hexagons meeting in any given joint result in an ideal distribution of forces along the edges of the structure.
The hexagonated tesselation of a given doubly-curved surface can be based on a range of different principles. So far I have studies three methods: a sea urchin-inspired method, a continuous spiral and a combination of the two. The drawings are all based on a sphere; the ultimate doubly-curved surface. Models with various perforation patterns can be found here
Anne Romme » Archive » SPACEPLATE geometry
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Oct 30, 2010 @ 22:39
Joshua
Fantastic that you share all these drawings! Your work is very inspiring… I have been working on some spiral dome designs, inspired by the pine cone. I am more working on skeleton frames that can then be covered with various skins… these designs are very compatible with the hybrid design on this page. I would love to share models and talk math one day… cheers,joshua (ps – i visited n55 for the first time yesterday)
Jan 11, 2011 @ 08:51