Mechanical metamaterial: Difference between revisions
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added link to auxetics |
→Related: added link to Tensegrity – and noted "Topological mechanical metamaterial" |
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* [[Metamaterial]] | * [[Metamaterial]] | ||
* [[Gemstone based metamaterial]] | * [[Gemstone based metamaterial]] | ||
* Topological mechanical metamaterial | |||
* Going off-topic: [[Tensegrity]] | |||
== External links == | == External links == | ||
* [https://en.wikipedia.org/wiki/Auxetics Auxetics] – one peculiar example of an nigh infinite amount of possibilities | * [https://en.wikipedia.org/wiki/Auxetics Auxetics] – one peculiar example of an nigh infinite amount of possibilities | ||
Revision as of 20:54, 13 June 2021
Mechanical metamaterials are materials that emulate mechanical properties through structuring at smaller size-scales.
They are in contrast to optical metamaterials, electrical metamaterials and other non-mechanical metamaterials.
Known and existing cases of (passive) mechanical metamaterials are:
- Chainmaiile
- Textiles
Future mechanical metamaterials based on gemstone like compounds (in particular based on base materials with high potential)
Many unusual properties are possible.
See: Metamaterial#Examples
Related
- Metamaterial
- Gemstone based metamaterial
- Topological mechanical metamaterial
- Going off-topic: Tensegrity
External links
- Auxetics – one peculiar example of an nigh infinite amount of possibilities