sierpinski tetrahedron generator 3d models

This tetrahedron serves as a trial print object, featuring a thick frame design. Despite its simplicity, it hasn't been found on Thingiverse, making it unique. ...The model prints effortlessly without infill and functions well for testing material...

To bring my fascination to life, I designed a tetrahedron connector - a model specifically crafted to connect wooden or similar dowels in the shape of a tetrahedron. If you're looking to create one object, you'll need to print four of these...

... identical gears from the same STL. You can print this model in PLA or ABS, whichever you prefer. However, pins are recommended to be printed in ABS if possible. Also, check out my smaller Gear Tetrahedron: http://www.thingiverse.com/thing:1290032

Inspired by Angus once again, I decided to have a look at how I would design a tetrahedron in OpenSCAD. https://youtu.be/5YwvK0dcfmw It turns out the maths are quite simple. I found everything I needed on Wikipedia. ... Category: Math

https://en.wikipedia.org/wiki/Reuleaux_tetrahedronAlso here is an interesting video: Also many models are available. There are also discussions about the correctness of the model presented here. Anyhow this is an easy design and easy to...

You can build a tetrahedron of any size you desire with four identical Morocan spiky stakes and 4 vertices. It is made up of cooking pick-stakes that are 3 mm in diameter. ... The interior diameter used in FreeCad is 3,6 mm, (r=1.8 mm), but on each...

Inspired by Angus once again, I took the initiative to design a tetrahedron in OpenSCAD. The video that sparked my interest can be found here: https://youtu.be/5YwvK0dcfmw. Upon investigation, I discovered that the math involved is remarkably...

... This design would make an exceptional Christmas ornament for anyone fascinated by mathematics. Here are some related objects: Star Tetrahedron: https://www.thingiverse.com/thing:4349647 Cuboctahedron: https://www.thingiverse.com/thing:4349632

I prefer smaller objects, this is the reduced version of my previous gear tetrahedron. (It's not scaled, it's a complete remix.) New: There are new pinpegs. Standard pinpegs have two sides and are too long for the small central piece. So I've...

Customization options include third_edge_angle = 90, first_edge_revolution_angle = 0, edge_hole_deep = 20, sixth_edge_angle = -1, fourth_edge_angle = -1, second_edge_revolution_angle = 0, fifth_edge_angle = -1, width = 14, main_hole_slack = 0,...

Four identical components come together to form a tetrahedron. The components have unconventional shapes that might make them tricky to print, but it turns out the standard technique of cutting them in half makes them printable without any need for...

... wires tight, so you don't need to solder anything to the battery. A CR2032 battery was used. I connected the wire ends to the switch and LED using poor but working soldering skills. Then, glued everything together. Enjoy the illuminated tetrahedron.

For further inspiration, please refer to this example of an object printed with 64 tetrahedrons at 50%: https://www.thingiverse.com/thing:4350911 This creation would make a fantastic Christmas ornament for math enthusiasts in your life! ... Another...

There are forty-eight possible crystal forms (forty-seven as defined by crystallographers at the Fedorov Institute, see https://skfb.ly/6VyCs) that can be generated from the thirty-two unique combinations of symmetry. Website:...

A helpful article is available at http://hmf.enseeiht.fr/travaux/CD9900/travaux/optmfn/hi/00pa/mfn03/champeau.htm, which explains how the Chaos Game generates Sierpinski triangles. The code produces 81 separate triangles that are subtracted from a...

The Sierpinski's Gasket is constructed from tetrahedrons that are subdivided into four smaller ones with each level of depth. ...This 3D structure was designed utilizing Turbo Pascal as the programming language, followed by rendering through the ViViD...

This model showcases a three-dimensional structure that resembles a tetrahedron, with Sierpinski's triangle subtly integrated into its design when viewed from directly above. Its primary purpose is to create visually striking mathematical art.

Introducing the Sierpinski Tetrix, a challenging 3D printed fractal based on tetrahedrons. The original OpenSCAD code by cgranade is modified with an adhesion parameter to improve printability. To overcome bridging issues, external support was added...

The Sierpinski tetrahedron is designed using OpenSCAD and made available as a callable module. By varying the recursion level, different stages of this intricate fractal can be generated. ...Please excuse the quality of the images; improved pictures...

Modèle de la pyramide de Sierpinski, modélisé par moi-même. Model of the Sierpinski pyramid, modeled by myself. Instagram: @roiku3d

The Sierpinski fractal is a visual marvel, but the program that generates it is indeed complex, requiring multiple steps to execute successfully. To make things easier for everyone, I've included a link below to a video tutorial that walks you...

Using some of my custom-made code that generated an animated Sierpinski Gasket, I deduced that the collapsed version would be intriguingly new and fascinating, so I researched and wrote the dimensions and algorithms needed to produce the pictured 3-D...

Modèle de la pyramide de Sierpinski, modélisé par moi-même. Model of the Sierpinski pyramid, modeled by myself.

five level Sierpinski fractal triangular pyramid generated in Mandelbulb 3D

Files for printing paper connectors Connectors for tetrahedral double paille type to realize a Sierpinski fractal The opensad file is customizable in Customizer . The connectors have been created to realize the 5 solids of plato The connectors...

This is 3 iterations of a Sierpinski Carpet. ... Dimensions: L: 6cm W: 6cm H: ~2cm (give or take 1cm)

Make your own sierpinski carpet using these molds. ...The second iteration is probably the most practical but I included molds up to four iterations.

... how important every detail can be, and this symbol will surely stand out. To create this distinctive shape, follow these easy steps: You can either use a laser engraver or 3D print the Sierpinski Triangle, which is surprisingly quick and simple.

Level 4 Sierpinski Gasket, Hollowed Out The Sierpinski Gasket is a geometric shape that has been hollowed out to its fourth iteration, showcasing an intricate pattern of triangles. ...Each triangle in the design has been carefully removed, leaving...

In its fourth version, this Sierpinski triangle features a pixelated design that is created from raster graphics instead of vector graphics. It can serve various purposes such as keychains, pendants or charms. ...The rendering is credited to eXtrudy and...