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Weaire-Phelan Tetrastix

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Weaire-Phelan Tetrastix 3d model
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Weaire-Phelan Tetrastix 3d model
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Weaire-Phelan Tetrastix 3d model
Weaire-Phelan Tetrastix 3d model
Weaire-Phelan Tetrastix - Printed up nice  - 3d model
Weaire-Phelan Tetrastix - Printed with soft pla clear no in fill so the light can’t reflect out. It Looks like crystals. - 3d model
Weaire-Phelan Tetrastix - Clear filament print. Used vase mode, which gives a nice consistency but requires the ends to be open... - 3d model
Weaire-Phelan Tetrastix - ... but on the plus side it now doubles as a handy pen holder - 3d model

Weaire-Phelan Tetrastix

This puzzle is based on the “Weaire–Phelan structure,” the most mathematically efficient way for equal-volume bubbles to fit together to make foam.

See here for video: https://youtu.be/f0dXaUWX-HY

The complete puzzle requires 18 pieces. Ideally, I recommend printing out 16 “Weaire Phelan Tetrastix” pieces and 2 “Weaire Phelan Tetrastix Key” pieces. The “key” pieces have some of the face trimmed back to make it easier to insert them as the final two pieces. If you have difficulty assembling this combination, try using 14 “Weaire Phelan Tetrastix” and 4 “Weaire Phelan Tetrastix Key” pieces.

The Weaire–Phelan structure is made up of two pentagonal dodecahedra (12-sided) and six tetrakaidecahedra (14-sided) that form a translation unit with a lattice periodicity which is simple cubic.

The pieces in this puzzle are each made of six tetrakaidecahedra stacked face to face. The holes inside the complete puzzle are in the shape of the pentagonal dodecahedra.

There is a good introduction to the “Weaire–Phelan structure” here: http://www.steelpillow.com/polyhedra/wp/wp.html

Here is some information on “Tetrastix”: https://en.wikipedia.org/wiki/Tetrastix


28 Likes94 DownloadsJuly 22, 2022
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