nested platonic solids 3d models

Three interlocked dodecahedrons can move independently without physical connectors. These shapes are created using a Replicator 2 printer, featuring a 0.27mm layer height, 15% infill, and two shells. ...The build time is 4 hours and 11 minutes with...

A three-dimensional shape formed by arranging four triangular faces in a specific pattern, with each face being an equilateral triangle that meets at the center of the figure. ...The top and bottom faces are flat and parallel to each other, while the...

This structure resembles an intricately folded star.

This was not my design but I shared it to view its computer-aided drafting (CAD) representation

Majestic stepped pyramids rise from the desert sands, their towering forms a testament to an ancient civilization's ingenuity and grandeur. The intricate hieroglyphics that adorn these structures reveal the secrets of a long-lost people, their...

A collection of five concentric cuboctahedra, each scaled down to ¾ its predecessor's size, rotates freely within a captive environment. This design lends itself well to 3D printing without supports at any scale, thanks to the absence of bridges...

Decorative Heart

Oak Topped Nested Tables

The models presented in my teachings on the Intersection of Solids/Interpenetration serve as valuable tools to illustrate and explain complex concepts.

Encourage the class to visualize a 3D representation or isometric view of the given solid, and then have them create their own projection with precision. ...Many students found this exercise extremely helpful during the initial units, as it allowed them...

... 32.36 mm) in edge length. ... 7 files: 1 regular tetrahedron, 1 cube, 1 regular octahedron, 1 regular dodecahedron, 1 regular icosahedron, 1 file containing all five of Plato's solids, a zip file complete with an attached technical sheet.

This exercise focuses on sketching in a dihedral system intersections of solids (cylinders, prisms, cones, cubes, pyramids, tetrahedrons…) with planes at various angles. Students will be required to draw the dihedral projections of a solid...

The functions include 'asocw' for an axisymmetric solid with constant width, 'meissner' for Meissner's body, 'reuleaux' for a Reuleaux tetrahedron (not a solid of constant width but close), 'cocw' for a cylinder of constant width, and 'pcocw' for a...

Art3d-clb-solides-kepler-poinsot-grand-dodecaedre-etoile-200percent.stl This file contains a scaled-up version of the large starred dodecahedron in STL format. 4. Art3d-clb-solides-kepler-poinsot-grand-icosaedre.stl This file contains the STL format...

These models are especially helpful for teaching children about the distinction between shapes and solids when some students struggle to grasp this concept. One of the coolest things about 3D printing is that it can show how the first layer forms a...

Download four pairs of STL files for each solid: Icosidodecahedron_less_faces and Icosidodecahedron_faces; trunc_icosahedron_less_faces and trunc_icosahedron_faces; Rhombic_cuboctahedron_less_faces and Rhombic_cuboctahedron_faces;...

A cube-shaped object, featuring a cross-sectional area that's square in shape, is described by the file 'x^3 base with square cross section solid.stp'. ...This 3D model showcases an object with a side length raised to the power of three and has a square...

Five Archimedean solids with different face types are available for download as STL files. The first two pairs, like the previous eight, have two types of faces - snub_cube_less_faces.stl and snub_cube_faces.stl, and trunc_dodecahedron_less_faces.stl...

While waiting for the Replicator, Archimedean solid models for two-color printing were prepared. Four models included: truncated tetrahedron, cuboctohedron, truncated cube, and truncated octahedron. Each model had two stl files that can be merged and...

I've been perfecting textured height map solids, which I'm now successfully replicating from photos. They yield excellent results when printed on my delta with a precise 1:6 layer thickness/nozzle width ratio in vase mode. ...To create a tall 200mm high...

... upper bound is appropriate for the problem. 5) Pass around the model and allow students to stack and unstack, revolve, and understand how the 2 dimensional function translates to a revolved solid that can be broken up into concentric shells.

Having been pondering how to model a playground or water slide tube, the user discovered an addition to OpenScad's Surface Solids library - Hermite curve/surface support. This feature utilizes the basic Hermite interpolation calculation and has...

This results in a single solid for processing, making CGAL happier and enabling printability of previously problematic pieces. Users can now specify opacity when using shell_extrude_bezier() and choose whether to display the curve frame or the...

I'm designing a basic trilobite medallion, using Autodesk 123D Design to create it from geometric solids. The inspiration comes directly from the Girl Genius webcomic's Heterodyne family crest, with its intricate design elements. They have created...

...What this means is there is essentially one giant solid to process rather than a whole bunch of little ones. This makes CGAL much happier, and pieces that would not be printable before are now printable, as evidenced by the included .stl files here.

Decorative nested bowl with pears. ...Fruit are made on the basis of photogrammetry.

Decorative nested bowl with pears. ...Fruit are made on the basis of photogrammetry.

Decorative nested bowl with mango. ...Fruit are made on the basis of photogrammetry.

Decorative nested bowl with pears. ...Fruit are made on the basis of photogrammetry.