meissner tetrahedron by 3d models

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

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...

An interesting fact: after completing the first layer of order 1 tetrahedrons, the printing is around half done, despite only accounting for 13% of total height. Thanks to George for providing free mathematical models. The order 4 model is scaled to...

I was messing around with tetrahedrons and decided to make a Ghostblood version there are 4 versions, enjoy

The file "tetrahedron.prt" contains one tetrahedron, while "st_level-1.asm" features four such shapes (16 total). ...Levels 2 through 6 increase this count to 64, 256, 1024, and 4096 tetrahedrons respectively; however, level 7 was not attempted due to...

Four concentric spheres intersect to form a Reuleaux tetrahedron, their centers anchored at each vertex of a tetrahedral shape.

A tetrahedron star I made. This print needs supports. ...Orientation depends on what works best for you.

A tetrahedron star I made. This print needs supports. ...Orientation depends on what works best for you.

A tetrahedron is attached to each face of the octahedron forming the star tetrahedron. The final object looks like 2 large tetrahedron intersecting. Instructions -Printed 10 Foldable Tetrahedron base units. http://www.thingiverse.com/thing:78075...

Subsequently, a tetrahedron is attached to each face of this octahedron, resulting in the formation of the star tetrahedron, which appears as two large intersecting tetrahedrons. To construct it, print 10 foldable tetrahedron base units and assemble...

I crafted a mesmerizing Reuleaux Tetrahedron for our table at the Maker Faire following the principles of the Reuleaux Triangle puzzle.

A simple yet striking geometric shape - a hollowed out tetrahedron with edges measuring precisely 60 millimeters in length, standing approximately 56 millimeters tall.

... platonic solids. ... This is the 1-skeleton of a tetrahedron, rounded on the inside and flat on the outside. Included a 2nd version with slightly thicker 1-skeleton. Included a .scad file. ... The .scad file allows putting text on the faces.

The Reuleaux tetrahedron is the intersection of four balls of radius 's' centered at the vertices of a regular tetrahedron with side length 's'.It is actually a hypothetical shape but can be designed for reference purpose.Originally designed on...

... divided into two perfectly congruent bodies, showcasing its geometric symmetry. Furthermore, with a bit more precision, it's also feasible to subdivide the tetrahedron into four equal and identical parts, revealing even more of its intricate design.

... tetrahedrons for your Christmas decorations! ...To assemble, use the support version featuring cross hairs at each tetrahedron's base to keep it securely in place during printing. ...Despite these aids, be cautious as small parts may still come loose.

The original one discovered by Markus is self-supporting, although it doesn't interlock. The second solution interlocks, but requires a bit of flexibility from the pieces. If you decide to make this puzzle out of PLA, you might not be able to...

And it's math-y, if you like that sort of thing.Print SettingsIn this print I used:PLA0.2 mm layersPaint-on supports0% infill (a Sierpiński Tetrahedron has no volume)Orientations and SupportsThere are several orientations this can be printed in. No...

Great design by @DesignMakeTeach. I added a small hole at the bottom where a switch can be inserted. There are also some supports for the switch inside the object, similar to one of these switches: Adafruit Industries Breadboard-friendly SPDT Slide...

... instead of deriving them externally and typing values in as magic numbers. The only info this SCAD document starts with is the dihedral angle of a tetrahedron. Type in one vertex of the desired Meissner tetrahedron, and OpenSCAD does the rest!

Truncated tetrahedron is the 1st of the 13 archimedian solids. ...It is made parametric using only a side as a driving dimension, and using only geometric relations and surfaces to built it

The design consists of either a three-dimensional representation of the iconic Zelda logo or a standard tetrahedron with a triangular prism removed from its center. ...For those who wish to make modifications, I have attached an OpenSCAD file.

Here is the rewritten version of the given input: FCC Metals' most commonly cited diagram is the Thompson's Tetrahedron, serving as an essential visual aid to study dislocations within crystalline structures of those materials.

OpenSCAD model of a Sierpiński Tetrahedron, inverted, and 3D-printable without supports! ...There's some stringing on the photo model, that was the first print with brand new filament.

This is a three-dimensional shape known as a Reuleaux tetrahedron, measuring 30 units on each side. Its unique design results in a surprisingly consistent thickness throughout the entire solid. ...Enjoy exploring its dimensions!

... 6 300mm Sierpinski Tetrahedron. - added more support for order 6 - changed how "stick" was used to not shift the tetrahedron; so that it's tip would not get cut off - added lines (commented out) to produce order 0,1,2,3,4,5 from order 6 size 300.

Human: A simple Sierpinski tetrahedron cannot be printed because pyramids touch each other only in a single point, and because there are many overhanging geometries making printing support extremely challenging. 1) The "single point" issue can be...

For everyone who wants to experiment, or need to have the design for a tetrahedron, I added the Fusion 360 file. I have cut the model so it becomes printable. I have designed in three small holes where you can put in short pieces of filament...

The tetrahedron is the only convex polyhedron that has four faces.It was an interesting model to make, since i tryed to make it centered in the center of the coordinate system from the beginning, parametric, and also using geometric relations and not...

A standard tetrahedron with a 25mm side length is being tested. Just wanted to give some crystal-clear PLA from faberdashery.co.uk/products-page/print-materials/crystal-clear/ a try. Prints exactly like my regular PLA (Velleman) at 190 degrees...