5 Escher Prism Polyknots
these are 3D polyknots modeled on the prisms and inspired by MC Escher. recommended tree supports and z-axis setting of at least 60mm.
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these are 3D polyknots modeled on the prisms and inspired by MC Escher. recommended tree supports and z-axis setting of at least 60mm.
These knots are inspired by BM Stewart's book Adventures Among the Toroids. They are thus designed with polyhedra using Great Stella software by Robert Webb.
This collection includes one Escher octahedral polylink and the other four are polyknots. They have knots at each vertex of the base polyhedron from which they are derived corresponding to its vertex configuration. For example, the…
This collection includes one Roelofs octahedral polylink and the other four are polyknots. They have knots at each vertex of the base polyhedron from which they are derived corresponding to its vertex configuration. For example, the…
These are 3D knots with prism symmetries: triangular to decagonal prisms (less the cubic polyknot) are represented. Recommended with tree supports and a z-axis setting of at least 60mm.
These are 3D knots with antiprism symmetries. tree supports are recommended and a minimum of 70mm z-axis setting
these are 3D knots with antiprism symmetries. it is recommended that the z-axis setting be 50mm or greater and that tree supports be used.
This collection of Kepler alternating knots have been optimized for minimal material use. They are inspired by the polygon studies of Johannes Kepler.
Several cylinder knots. These knots have a vertical orientation in contrast with annuloid knots that have a horizontal orientation.
These knots are inspired by BM Stewart's book Adventures Among the Toroids. They are thus designed with polyhedra using Great Stella software by Robert Webb.
With these four components you can make three different Escher polyknots and a polylink. The Escher dodecahedral polyknot component will come later. The triangle Archipanel and square Archipanel by jdanders are included for convenience…
I couldn’t find a model for a marlin spike so i made my own I designed it to be good for making paracord bracelets or other stuff requiring untying knots, and knowing i would break it i have added a hole for an 94mm m6 aluminum rod wich…
Dank einer kostenlosen Vorlage im Internet habe ich dieses Knotenübungsbrett mit Ring, Klampe, Poller und Reling erzeugt. Empfehlenswert wäre hier, mehr Füllung zu geben, da die Seile bzw. Knoten einen gewissen Druck erzeugen könnten.
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Silk knots are a type of cufflinks traditionally made of silk string, with big decorative knots tied in the strings' ends. Each of the “knots” in this case are simply coarse wireframe globes, but they look nice and hold your cuffs closed.…
Inspired by the iconic 3D printer nozzle, these beads are a playful nod to maker culture. Designed to snap comfortably onto hoodie strings and shoelaces, they're easy to print and satisfying to use.
https://www.amazon.com/JANYUN-Butterfly-Backings-Keepers-Replacement/dp/B0D1Y6D47M/ref=sr_1_4_sspa Use this for the pin backer.
Discover the allure of Twisted Treasure , a fusion of art and geometry. This unique design highlights chiral tetrahedral symmetry, weaving intricate paths into a harmonious structure that challenges perceptions and captivates the eye.…
3 torus knots, inspired by Lee Stemkoski's page here: https://home.adelphi.edu/~stemkoski/knotgallery/ OpenSCAD source included.
This collection includes one Escher octahedral polylink and the other four are polyknots. They have knots at each vertex of the base polyhedron from which they are derived corresponding to its vertex configuration. For example, the…
This collection includes one Roelofs octahedral polylink and the other four are polyknots. They have knots at each vertex of the base polyhedron from which they are derived corresponding to its vertex configuration. For example, the…
These are 3D knots with prism symmetries: triangular to decagonal prisms (less the cubic polyknot) are represented. Recommended with tree supports and a z-axis setting of at least 60mm.
These are 3D knots with antiprism symmetries. tree supports are recommended and a minimum of 70mm z-axis setting
these are 3D knots with antiprism symmetries. it is recommended that the z-axis setting be 50mm or greater and that tree supports be used.
I have not printed these, but I imagine them to be torture tests for any 3D printer. Based on other polyknots I've printed, I would suggest a z-axis setting of no less than 125mm and tree supports.
These are complex models and will be a torture test for any 3D printer. I have not printed them. Based on other polyknots I've printed, I would recommend a z-axis setting of no less than 125mm and tree supports.
This collection of the Roelofs-Catalan polyknots will challenge any 3D printer. Recommendations: z-axis setting 125+mm Tree supports.
These polyknots will challenge any 3D printer. recommendations: z-axis setting 125+mm tree supports.
These polyknots like all polyknots are knots with polyhedral symmetries or in this case asymmetries. To calculate the crossing numbers for these 3D knots, multiply the number of vertices of the base polyhedron by its vertex configuration.…
all 13 of the Roelofs-Catalan polyknots: Key to the Roelofs-Catalan poyknots: C1: triakistetrahedron C2: rhombic dodecahedron C3: tetrakishexahedron C4: triakisoctahedron C5: strombic icositetrahedron C6: disdyakisdodecahedron C7:…
5 of the infinite Roelofs-Prism polyknots key to the polyknots PR3: triangular prism PR5: pentagonal prism PR6: hexagonal prism PR7: heptagonal prism PR8: octagonal prism Category: Math Art
all 5 of the Roelofs-Platonic polyknots inspired by Rinus Roelofs and modeled on the Platonic Solids Key to the polyknots P1: tetrahedron P2: cube P3: octahedron (polylink) P4: dodecahedron P5: icosahedron Category: Math Art
5 of the infinite antiprismic polyknots key to the polyknots AP 1: square antiprism AP2: pentagonal antiprism AP3: hexagonal antiprism AP4: heptagonal antiprism AP5: octagonal antiprism Category: Math Art
5 of the infinite prismic polyknots Key to the polyknots triangualr prism pentagonal prism hexagonal prism Heptagonal prism octagonal prism Category: Math Art
all 5 of the Escher-Platonic polyknots Key to the polyknots P1: tetrahedron P2 octahedron P3: cube P4: dodecahedron P5: icosahedron Category: Math Art
All 13 of the Escher-Catalan polyknots: complete set Key to the polyknots: C1: triakistetrahedron C2: rhombic dodecahedron C3: tetrakishexahedron C4: triakisoctahedron C5: strombic icositetrahedron C6: disdyakisdodecahedron C7: pentagonal…
All 13 of the ESCHER-ARCHIMEDEAN POLYKNOTS A1-A13 (Complete set) Key to the polyknots A1: truncated tetrahedron A2: cuboctahedron A3: truncated octahedron A4: truncated cube A5: rhombicuboctahedron A6: truncated cuboctahedron A7: snub…
all 13 of the Roelofs-Archimedean polyknots A1-A13. Key to the polyknots A1: truncated tetrahedron A2: cuboctahedron A3: truncated octahedron A4: truncated cube A5: rhombicuboctahedron A6: truncated cuboctahedron A7: snub cube A8:…
All 92 of the 92 Roelofs-Johnson polyknots inspired by Rinus Roelofs and modeled on the Johnson solids. (Complete set) Key to the Roelofs-Johnson polyknots: J1: square pyramid J2: pentagonal pyramid J3: triangular cupola J4: square cupola…
All 92 Escher-Johnson polyknots inspired by MC Escher and modeled on the Johnson solids. Complete set Key to the Escher-Johnson polyknots: J1: square pyramid J2: pentagonal pyramid J3: triangular cupola J4: square cupola J5: pentagonal…
a collection of 9 Escher polyknots based on the triangular, pentagonal, hexagonal, heptagonal, octagonal, nonagonal, decagonal, hendecagonal, and the dodecagonal prisms inspired by MC Escher Category: Math Art
a collection of 5 polyknots inspired by MC Escher Category: Math Art
This collection of Kepler alternating knots have been optimized for minimal material use. They are inspired by the polygon studies of Johannes Kepler.
Several cylinder knots. These knots have a vertical orientation in contrast with annuloid knots that have a horizontal orientation.
With these four components you can make three different Escher polyknots and a polylink. The Escher dodecahedral polyknot component will come later. The triangle Archipanel and square Archipanel by jdanders are included for convenience…
This model is featured in figure 5.7 of Visualizing Mathematics with 3D Printing . Category: Math
This is a compilation of Jason Cantarella 's ropelength minimising knots, arranged into a single file for the thin versions of the knots, and a single file for the thick versions. These are all of the prime knots with at most 7 crossings.…
If there are standard sizes for those things, I don't know of them and did not follow them. Any feedback welcome, happy to update if you are missing something. There is a hole in the back to hand the print.
You can print them with two colors as shown on the 3mf files. Of course, you can choose your own colors. I had made them before, with the holes arranged horizontally, but to keep a reasonable orifice diameter, I would have to increase the…
This is training for Cleat Hitch for those who want to learn. You can put this between your leg fingers and learn this
The "KineticKnots" is a 3D-printed version of the Begleri, an ancient fidget toy. This modern interpretation combines traditional design with contemporary technology. The name "KineticKnots" itself reflects the dynamic nature of the toy,…
I couldn’t find a model for a marlin spike so i made my own I designed it to be good for making paracord bracelets or other stuff requiring untying knots, and knowing i would break it i have added a hole for an 94mm m6 aluminum rod wich…