bicylinder 3d models

bicylinder complete

This innovative design is inspired by Maker's Muse, featuring a unique 60mm Bicylinder that seamlessly integrates with other components. The joining piece boasts a precise 0.4mm clearance, allowing for effortless assembly and disassembly. To optimize...

<p>This is a fun rolling shape that is not a sphere. Just print the parts, put the nobs in the holes, and push both parts together. ...I hope you enjoy!</p>

The Steinmetz bicylinder takes shape where two identical cylindrical bodies intersect at a precise 90-degree angle. ...Its unique characteristic allows it to move freely in one direction, though never simultaneously in both directions.

This is an ingenious Steinmetz bicylinder design. ...Formed by intersecting two identical cylinders at a precise 90-degree angle, it boasts a unique feature that allows it to rotate freely in one direction or another, yet simultaneously refuses to move...

I didn't have the patience to look for a Bicylinder on Thingiverse so I created one. This took about 3 hours to model but it should of taken 30 minutes... Hope you enjoy it! ... Also here is the link to my workspace:...

Was learning 3D modelling on fusion 360 and took inspiration from Maker's muse (https://www.youtube.com/results?search_query=maker%27s+muse I would highly recommend his CAD for newbies playlist if you are interested in 3D modelling) and designed this...

Related designs include: - A 3D-printed bicycle bell inspired by the bicylinder's shape: https://www.thingiverse.com/thing:3563733 Inspiration for this design was drawn from a ring-shaped bicycle light holder:...

You'll need to upscale this model, unfortunately.

The Intersection of Two Cylinders Imagine a pair of perfect cylinders facing each other, perfectly aligned. We'll call one cylinder Cylinder A and the other Cylinder B. Cylinder A is centered at (0, 0, 0), with its axis parallel to the x-axis. Its...

This is a minimal surface described in the paper “Minimal submanifolds of the bicylinder boundary” by Thomas Banchoff. Specifically, it is a bihelicoid from section 2 with the parameters m=3 and n=1. This surface is an immersion of a torus with the...