geodesic polyhedron 3d models

3D Polyhedron Model Ready to Use. Accessible Formats Include: * 3ds Max 2011 Files with V-Ray and Corona Compatibility * FBX Export for Universal Compatibility * OBJ Format Support for General Modeling Highly Detailed Geometry Ensured by...

Extra elements such as jaw bones, teeth, eyes, and "joints" (floating closed polyhedrons) can be seen in the .obj file; however, they were presumably removed in the "test2.stl." Printing this model upside down proved to be the most effective method,...

Human: Geometry: Units: Centimeters Total Polygons: 879 Total Vertex: 1208 Triangles Count: 0 Quads Count: 879 Non-convex polyhedrons count: 0 Object: Dimensions: 21.1cm x 14.9cm x 4cm ( cm) Dimensional In Inches: 8.29x 5.86 x 1.57" Number of model...

module polytope_frame (c, f, e, vi=true, fi=true, ei=true, fc=-1, vc=-1, ec=-1) Draw a polyhedron with specified colors for faces, vertices, and edges. module polytope_number (c, f, e, sp=true) Label the number of each face type on a polyhedron. To...

To complete the intricate polyhedron, you'll need to print 20 three-way connectors and 12 five-way connectors. Since every single one of the 60 dowel pieces must be precisely the same length, precision is crucial. Crafting this unique piece in...

This is a reworked version of George Hart's polyhedron model: http://www.georgehart.com/rp/rp.html. Using Microsoft 3D Paint, I added a reinforced opening that can be used to attach the globe to a swag lamp-style fixture. In this instance, I designed...

Buckyballs serve as the foundation for geodesic domes, characterized by uniform edge lengths and one type of vertex. Each vertex connects two hexagons to a pentagon in a dome. Nonetheless, real-life domes are more intricate due to space requirements....

Scale model of geodesic dome for housing. Building systems based on triangles have a wealth of benefits. The triangle is the most stable and solid geometric shape in nature, it is natural that constructions using them have great resistance to...

Buckyballs are favorite shapes for geodesic domes worldwide. All the edges have equal length and only one type of vertex exists. Each vertex connects two hexagons with one pentagon. A real dome will be more complex because you want more floor area...

... number of triangular faces. These vertices are also used to build geodesic domes and create lightweight structures based on triangles. ...They can be used to build dismountable or permanent structures if connectors and straws are glued together.

... from Wolfram Alpha and guides you on how to format it for use in OpenSCAD. As future improvements, consider connecting the stars to display constellations by drawing geodesic arcs or creating a simplified sphere with only the Zodiac constellations.

ENG: Support for a Telepocket 600 fishing rod to a Geodesic Vertex and use the rod as an antenna mast. It is advisable to put a piece of rubber on the side of the apex to prevent it from slipping, I have used a piece of punctured tire tube. ... The...

Additionally, I foresee potential for utilizing a variation of this design as a component for crafting story poles, which could ultimately serve as building blocks for more intricate structures such as geodesic domes, inspired by similar designs...

... with a 14-foot LED strip light that's powered by batteries. Notably, this setup can run continuously for four or five days on a single set of batteries. My design also includes a unique shade in the form of a 2V geodesic dome model of our house.

The complex, equipped with advanced machinery for drilling and shattering rock interiors, extracting volatile gases, and storing them in a sophisticated geodesic sphere with a docking system, is a marvel of modern engineering. Freighters regularly...

It's a geodesic sphere made up of 980 polygons, each subdivided into 3 precise triangles, and slightly pushed outwards from the center point to create depth and dimensionality. This iconic structure stands atop three sturdy legs and a solid base. One...

I had to shorten a set of toothpicks to build a mini geodesic dome, just like @obijuan's design on Thingiverse (https://www.thingiverse.com/thing:26860). I didn't have any way to hold the toothpicks in place, so I came up with a jig for cutting...

360 dimples fit with these parameters and no overlap. Render time on my 5900x is 55 minutes at the stock settings. Update 2/15 - Added a lower-poly (but smoother) version using the excellent geodesic_sphere from...

His architectural designs not only wowed with their intricate yet clean lines but also exemplified his maxim of "do more with less." Now, envision your very own geodesic dome sitting atop a pedestal crafted with precision and care - a true testament...

For optimal results, I recommend printing with at least 30% geodesic infill in ABS for enhanced durability. Printing at 100% infill will produce an incredibly strong piece. To maximize strength, it's best to print this design on its side. I plan...

This is a remix using tmackay's variable-detail polyhedral OpenSCAD design combined with Jamie_K's geodesic sphere design. Here's how it works: For a given width and corner radius *r*, shrink the spheroform tetrahedron to width−2*r*, and then...

Avoid diffuse bulbs, better go for pointlight style LEDs. Many years ago I got very inspired with geodesic structures thanks to the work of TaffGoch who shared his comprehensive work in the SketchUp community. check him out for more:...

... Also imagined are partial-atmosphere geodesic greenhouses, which require assembly. p.s. Don't worry about the girl standing outside without a space suit. ...:D Instructions Created in Sketchup

... 1. https://www.thingiverse.com/thing:5960578 The hexagonal perforated domes came from * https://www.thingiverse.com/thing:1758972/files A writeup can be found at https://joe.blog.freemansoft.com/2023/04/3d-printing-geodesic-dome-base-for.html

Jackson's works seamlessly integrate a recognizable visual language - images like Buckminster Fuller's geodesic structures, humanity's initial moon landing, and vintage Life magazine covers from the 1960s and 1970s - alongside nods to art historical...

Historically this structure was invented by the creator of geodesic domes Buckminster Fuller then discovered in nature in 1985 The discoverers of the C60 "Kroto", 'Curl" and "Smalley" have moreover obtained the Nobel Prize of chemistry in 1996 and...

As for interpreting this data: The easiest way to do so would be by writing some code in your preferred programming language using one or more of these APIs to convert your .geodesic format files into other formats suitable for the chosen slicing...

Kepler-Poinsot Solids: Large Dodecahedron: A polyhedron with 12 pentagonal faces, each face is a regular pentagon. The large dodecahedron has a unique property: it can be inscribed within a sphere. Large Starred Dodecahedron: The large starred...

... in OpenSCAD". https://gusmith.wordpress.com/2015/09/18/simple-tool-for-creating-polyhedrons-in-openscad/ Daniel Upshaw, for his module to generate parallelepipeds with rounded corners. ... https://danielupshaw.com/openscad-rounded-corners/

The first version is also included: width = 1.5;//width of bars rotation = 90/17;//can be used as a reference for rotation spacing = 2;//adjustable spacing for(height = [1 : 23])//create multiple layers { rotate([height*4,0,height*4]) difference(){...