Kite: Difference between revisions
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Slingshot bicycles website: http://www.slingshotbikes.com | Slingshot bicycles website: http://www.slingshotbikes.com | ||
Energy Return Bicycle website: http://www.erbbike.com | |||
Classic bike photo: http://www.classiclightweights.co.uk/gallery3.html | |||
Yanko Design website: http://www.yankodesign.com/2009/02/24/this-bike-is-missing-some-tubes/ | Yanko Design website: http://www.yankodesign.com/2009/02/24/this-bike-is-missing-some-tubes/ | ||
Latest revision as of 22:22, 11 April 2022
Read here about kites and their significance in tensegrity modelling and structures.
Overview
A kite is the most efficient mode of transportation, in terms of energy conversion efficiency from a human to mobility. Part of this efficiency results from its structure, resulting from an efficient deployment of tensile forces requiring, as a result, minimal mass.
But a tensile structure is not a tensegrity. Though some kites have appeared with “statically determinant” cables deploying tension in one plane, and for one triangle of the frame, there is no kite yet available that deploys omnidirectional tension.
That said, the kite is a household object amenable to a tensegrity approach.
Snelson's Kite Frame Sculptures
See Snelson.
Links
Slingshot bicycles website: http://www.slingshotbikes.com
Energy Return Bicycle website: http://www.erbbike.com
Classic bike photo: http://www.classiclightweights.co.uk/gallery3.html
Yanko Design website: http://www.yankodesign.com/2009/02/24/this-bike-is-missing-some-tubes/