Difference between revisions of "Tensegrity"
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| − | Tensegrity structures (Wikipedia: [http://en.wikipedia.org/wiki/Tensegrity Tensegrity]) may be useful as motives in [[ | + | Tensegrity structures (Wikipedia: [http://en.wikipedia.org/wiki/Tensegrity Tensegrity]) may be useful as motives in [[gemstone based metamaterial]]s. Bigger tensegrity nets need some added redundancy to be able to cope with [[radiation damage]]. |
Key features of tensegrity structures are: | Key features of tensegrity structures are: | ||
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* - zero stiffness in equilibrium position (quadratic minima) -> "flexible feel" | * - zero stiffness in equilibrium position (quadratic minima) -> "flexible feel" | ||
* - failure at one point leads to complete loss of structural integrity | * - failure at one point leads to complete loss of structural integrity | ||
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| + | [[Category:General]] | ||
| + | [[Category:Technology level III]] | ||
Latest revision as of 03:18, 21 September 2017
Tensegrity structures (Wikipedia: Tensegrity) may be useful as motives in gemstone based metamaterials. Bigger tensegrity nets need some added redundancy to be able to cope with radiation damage.
Key features of tensegrity structures are:
- + foldability / deployability
- + leightweightness / optimal structure with minimal mass
- - zero stiffness in equilibrium position (quadratic minima) -> "flexible feel"
- - failure at one point leads to complete loss of structural integrity
