solid constant width 3d models

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Another Standard Shape with Consistent Dimensions - explore more details at http://www.thingiverse.com/thing:555049 for full description. ... Directions Position directly on the build plate and resize exactly to 25.4mm or 1 inch in size, then print...

Spheroform with Tetrahedral Symmetry Inspired by Angus one Friday night Ultimate Solids of Constant Width. I thought I would combine the ideas of tetrahedral symmetry and a low poly/fast OpenSCAD implementation. ... More information and Proof

A pair of straightforward objects, measuring 50mm in width, designed to work seamlessly with my Meissner Tetrahedron: https://www.thingiverse.com/thing:2757159 To illustrate their functionality as ball bearings, I've created a YouTube video...

<p>I saw this on makers muse and I just had to make one! I cut mine into two pieces In PrusaSlicer to make for a beautiful print that came out in about 45 minutes! Designed in fusion 360.<br/> at the end of printing just glue the parts together! ...Then...

Several substances possess a uniform breadth.

I decided to act on a suggestion from creators so I gave it a shot and this is what happened. ...Thank you to those who sparked my interest in trying something new!

This text is based on a Solidworks practice inspired by a YouTube tutorial. The video, available at http://www.youtube.com/watch?v=cUCSSJwO3GU&amp;feature=c4-overview&amp;list=UUoxcjq-8xIDTYp3uz647V5A, offers a comprehensive guide to enhance your...

This remarkable shape is crafted from interlocking triangles that work together to create a seamless sphere-like form. When placed in motion, this shape exhibits an uncanny ability to roll smoothly and effortlessly, defying its angular origins.

This is remarkably accurate if not entirely spot on.

Powerful Human, Master of Slicing Through Complexity!

Three of this shape's edges must be carefully modified to achieve constant width. This modification involves shaving down each edge slightly. ... Two distinct variations of the Meissner object are available for upload: Type 1 features the three altered...

Three-Dimensional shapes with constant width include the sphere, which presents itself as a straightforward example to grasp. Other candidates for consideration can be easily visualized and are equally valid. When placed on a flat surface with a...

Spheres aren't the only solids that retain their width regardless of the incident angle. These shapes maintain their width (height) no matter how they're rotated or rolled. Reuleaux tetrahedrons and revolved Reuleaux triangles share similar...

I discovered these shapes some time ago through Numberphile: https://www.youtube.com/watch?v=cUCSSJwO3GU Next, I decided to create my own shapes of constant width (I made them back in early 2014, then recently found them in one of my folders and...

Shape that has the same width at any locationThis product provides files that can be printed with MK3.&nbsp;Fixed old gcode files where seam was not aligned.Now you can get smooth surface.

GitHub: https://github.com/FarK/constant_width_solids This simple module generates constant width solids based on regular polygons. You can choose the number of vertices in the polygon, the final width of the solid, and a rounding radius. The chosen...

The Meissner tetrahedra, also known as lathe-version, is showcased in the given videos. The printable design consists of two parts for easier printing. For added fun, you can use different colors to create a "random" appearance by combining the...

[Update 06/05/2017]: Further research revealed that this shape is actually called a Reuleaux tetrahedron, but it's not a solid of constant width. It has a slight extra width between two opposite edges. The solution to make it constant width is often...

After watching Angus video, I got curious and decided to experiment with the concept of "solid of constant width". https://youtu.be/2eUWT9cI23o I implemented it based on a tetrahedron. [Update 06/05/2017]: It turns out that this shape is called a...

Solids/Surfaces of Constant Width, Triangular, Pentagonal, Tetrahedral Balls Three solids with constant width (30mm) are simple to design in a 3D design environment and offer many opportunities for mathematical reasoning for students. Of course,...

Solids/Surfaces of Constant Width, Triangular, Pentagonal, Tetrahedronal Balls Three solids of constant width (30mm) easily designed in a 3D design environment provide rich mathematical reasoning for students. Many other rolling solids like a sphere...

This post contains tutorials on creating Reuleaux triangles and constant width solids using Solidworks, as well as modeling with Solidworks 2016, rendered with Simlab Composer 8 Mechanical Edition, edited with Virtualdub, saved in AVI/X264 and BMP...

Five distinct substances possessing unvarying breadth.

This clever little object remains precisely the same width regardless of its orientation. Printing out a few copies and placing them under a book can be a fun activity for kids and adults alike. I've developed several iterations that are volumes of...

This compact item maintains the same width regardless of its position; try placing a few under a book for amusement suitable for both children and adults. I have designed alternative versions that are rotational volumes based on the Reuleaux...

This handy little object boasts consistent width regardless of orientation. Experiment by printing several and slipping them under a book - a delightful experience for kids and adults alike! As for variations, I have managed to craft numerous...