solids of constant width rounded reuleaux tetrahedron meissner tetrahedra 3d models

2regular_tetrahedron

regular_tetrahedron

tetrahedron block

Truncated Tetrahedron

tetrahedron_frame

... on cutting mat or wooden desk that you don't mind scratching. It's best printed upside down and with brim, as the working surface will be smooth and the remains of the brim will hold the knife in better (but it should stay itn even without that.

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

This model is constructed so that one tetrahedron is solid and the second one hollow with only the edges visible to make the 2 tetrahedra more recognizable. The edges of the tetrahedron might be a bit tricky to print cleanly. The notched version is...

A dual tetrahedron (or more accurately, a compound of two tetrahedra) is constructed by two overlapping tetrahedra. This model is constructed so that one tetrahedron is solid and the second one notched to make the 2 tetrahedra more recognizable. A...

Humans are often left wondering about the true meaning of life and the inherent value of their existence, but in reality, there isn't a distinct purpose driving every single action they take or goal they pursue.

A basic petsfang mount is designed to securely carry the SN04 inductive sensor, which enables precise bed leveling without hindering the movement of the X axis in any manner.

... combined into a single Octahedron structure. A Tetrahedron is attached to each face of the Octahedron, bringing the Star Tetrahedron into being. ...The final result looks like two large Tetrahedrons intersecting in a dramatic display of geometry.

... printed on the model itself. Ryan McDonnell, a talented WLU summer research student from class '17, designed and printed this impressive tetrahedron. ...For more information about this project, visit mathvis.academic.wlu.edu/2015/07/14/tetrahedra/.

The original fits Wismec DNA200 and the original Wismec Reuleaux RX200 with its small screen. One size perfectly fits Wismec Reuleaux RX2/3. Another size is designed to fit the latest Wismec Reuleaux Gen3. The center of the USB port sits 10.5cm...

Based on Solids of constant width – the Meissner Tetrahedron – in OpenSCAD ceptimus Modified for tetrahedral symmetry using calculations from xtalgrafix With a few more optimisations of my own. Fast enough now to crank up the resolution and generate...

Based on Solids of constant width – the Meissner Tetrahedron – in OpenSCAD [ceptimus](http://ceptimus.co.uk/?p=345), I modified it for tetrahedral symmetry using calculations from [xtalgrafix](http://www.xtalgrafix.com/Spheroform2.htm). With a few...

I was really intrigued by the reuleaux triangle's unique properties when I discovered that its width remains constant regardless of how parallel the lines are that encase it. After learning about this, I came across an animation that showed how it...

Reuleaux polygons are unique in their ability to maintain constant width, allowing them to roll smoothly between two rulers without changing parallelism. The diameter of these specific shapes is 40mm and they complement the regular Reuleaux polygons...

<p>Designed in Fusion360. ...Easy to design and a simple print.</p><p>It is nice to have for students to physically handle, measure, and verify dimensions.</p><p>Printed in PLA, no supports, no brim, easily resizable</p>

This is a constant-width wheel for physics demos. ...It proves that wheels don't necessarily have to be round!

A collection of printable tetrahedrons designed to link together into wearable, ring-like structures.

A lightweight structure is comprised of a hollowed-out tetrahedron with basic internal reinforcement.

This demonstrates a basic illustration of boolean operations in Catia V5, employing standard tetrahedrons as examples.

A Releaux tetrahedron

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...

For optimal calibration of a delta printer, use a Reuleaux triangle with side lengths of 60mm each, accompanied by a 40mm diameter circular base and a 5mm height.

These mathematical models are showcased prominently in Figure 6.17 of "Visualizing Mathematics with 3D Printing".

These models are featured in figure 6.17 of Visualizing Mathematics with 3D Printing. ... Category: Math

Discover the Wonders of Platonic Solids: Tetrahedron, Cube, Octahedron, Dodecahedron, and Icosahedron. Explore, Learn, and Have Fun! Designed with Freecad. ...Check out the Open-Source Code on Github:...

A variant of the Sierpinski Triangle, akin to my Sierpinski Pyramid, is presented using tetrahedrons instead of pyramids per user serVando diaz's suggestion. The file "tetrahedron.prt" contains one tetrahedron, while "st_level-1.asm" features four...