Design principle of passive pretension: Difference between revisions
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{{wikitodo|Add the | [[File:TensioningDovetailPrinciple.png|480px|thumb|right|{{wikitodo|Add the svg version too.}}]] | ||
🧩 [[form closure]] interlocking such that the pegs get stretched a bit causing a bot of permanently remaining tension. <br> | 🧩 [[form closure]] interlocking such that the pegs get stretched a bit causing a bot of permanently remaining tension. <br> | ||
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A more advanced alternative is post tensioning after pre-assembly with only vdW forces: <br> | A more advanced alternative is post tensioning after pre-assembly with only vdW forces: <br> | ||
[[ReChain frame systems]] (See: [[ | [[ReChain frame systems]] (See: [[ReChain]]) | ||
== Related == | == Related == | ||
* [[Potential early crystolecular building blocks#Puzzle piece building blocks]] | * [[Potential early crystolecular building blocks#Puzzle piece building blocks]] | ||
* [[Crystolecule design]] | |||
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* [[LEGO and its (un)suitability for nanoscale construction kits]] | |||
Latest revision as of 10:05, 25 August 2025
🧩 form closure interlocking such that the pegs get stretched a bit causing a bot of permanently remaining tension.
This makes the connections stiffer.
This may be a bit of a tradeof though as in simple passive parts high tension means
much more friction in assembly and disassembly making these processes less energy efficient.
A more advanced alternative is post tensioning after pre-assembly with only vdW forces:
ReChain frame systems (See: ReChain)