hyperbolic paraboloid 3d models

The parabolic reflector is 12", the hyperbolic reflector is ~ 2.2", and the feed horn is ~ 0.25" IDReference (https://www.sagemillimeter.com/45-dbi-gain-92-to-96-ghz-12-reflector-diameter-wr-10-waveguide-w-band-cassegrain-antenna/)Reference...

This remarkable model embodies the principles of hyperbolic geometry, pioneered by Lobachevsky. Designing this Model The design process began with an exploration of the properties and characteristics of pseudospheres. By carefully manipulating...

I just took the outer rim of the design and put a "bowl" instead of the hyperbolic funnel. The goal was to make it slower. I also changed it to make this fit on Oostmeijer's elevation system. (you need to print a tile from him to make this work)...

Hello everyone, The Jewel Dodecahedron is a face-turning rhombic dodecahedron with hyperbolic cuts that reveal internal pieces typically hidden at this depth. These cuts give the puzzle a crystal appearance, earning it the "Jewel" name. ... Jewel...

I was inspired by Euclidean Geometry, Non-Euclidean Geometry - including Hyperbolic Geometry and Spherical Geometry - to design a set of earrings showcasing simple yet fascinating mathematical concepts. As I recall the lessons from last semester's...

This object contains slits with hyperbolic shapes and a straight bar. It's fascinating to watch the transformation take place. ... <object type="application/x-shockwave-flash" data="https://www.youtube.com/v/TMHvRa38MQs?version=3&amp;include=autoplay"...

Escher's "Circle Limit IV" mosaic, where angels and demons tessellate hyperbolic space. I reprojected the motif to planar Euclidean space and extracted a hexagonal tesselating unit. By carefully splitting the unit tile, an angel or demon can be...

The hyperbolic-vase-tall.stl file is designed to take advantage of the spiral print function found in many printers. By not printing the top and bottom layers, the nozzle instead moves around in a spiral, creating a 1-layer thick surface. The other...

The library currently contains the following files: | File | Description | | ----- | ------ | | `math.scad` | Functions and modules related to mathematics: complex numbers, geometry, hyperbolic trigonometry. (Heavily used in my [hyperbolic tiling...

It's a twisty puzzle with two layers of corner-centred turns: the standard "3x3x3" turn, similar to Trajber's Octahedron, and the shallower hyperbolic cuts that form non-standard cuts meeting at each face's centre (the wide gaps from fillets are...

... checks will be an indispensable aspect in fine-tuning each part. The perfect blend of precise mechanics, intricate craftsmanship, and meticulous attention to detail will make this manual crank an absolute delight to use with the hyperbolic gear.

... a supporting cylinder (brown part in the picture) for better print quality. This can be disabled in Inventor if you prefer not to use it. You can also review my Hyperbolic Horn design on Thingiverse at https://www.thingiverse.com/thing:1915305.

DescriptionThis 3D model is a precise reproduction of Walter Schauberger’s clear water vortex funnel, engineered for investigating the natural spiraling motion of water as it flows through a hyperbolic funnel. Based on Walter’s original experiments,...

I redesigned them to fit and work a little better: changed shape from a hemisphere to a paraboloid, changed the headband and mounting mechanism to hold and fit better, and, of course, added some fashion. Since I designed these I've upgraded my...

My design was also created visually without relying on measurements, which may result in improper proportions such as poorly defined shoulders and a skewed dome for the head shape, these were caused by incorrectly utilizing a paraboloid form when an...

A parabolahedron emerges as a projection of a flat hexagonal honeycomb grid onto a paraboloid, showcasing its potential for endless creation and extension using standard blue and yellow zometool struts. Symmetrical variants also become possible by...

I created the following 4 three-dimensional objects: Cone, Pyramid, Half Sphere, and Paraboloid, all of which share the same height and diameter. These shapes can be utilized in math lessons for students to learn about volume by filling them with...

... by creating a sphere for the pommel of the sword. 2) Create a cylinder shape with 4 torus thin shapes for the grip. 3) Design a paraboloid to serve as the guard of the gladius. ... 4) Craft a roof shape, elongated and mirrored, to form the blade.

A parabolahedron is created through the projection of a flat hexagonal honeycomb grid onto a paraboloid. The model can be expanded indefinitely using standard blue and yellow zometool struts, allowing for endless possibilities. Symmetrical variants...

The design includes a carefully crafted divot on top for the retaining nut, a square hole (5mm if I recall) for the shaft, and a cleverly designed paraboloid inner cavity that allows printing without supports. ...When I printed a version with facets,...

... it out at the junction, and a quarter sphere back piece was inserted and cut out. It may not even be water-tight, as it was an idea between the 180-degree arc spouts and the box chute before moving on to the angled chutes and finally the paraboloid.

When it comes to the legs, designers can use hyperbolic shapes to create a sturdy base that adds visual interest without compromising stability. ... Finally, an elliptical shape can be used for the table's apron, which would not only add an aesthetic...

A Customized Version of the Original Project Can Be Found at Thingiverse Created Using a Specialized Customizer Tool Found at This Link Instructions Below Options Used for This Project Include: Scale: Set to 1 Axis Alignment: X-axis Aligns in the...

I designed this custom quadcopter frame to replace my Hubsan X4 by tailoring my "Hyperbolic" Micro Brushed Quadcopter Frame. The flight deck and complete frame size are precisely the dimensions of the Hubsan. I'm looking forward to flying it soon!

This is based on the hyperbolic pencil stand, http://www.thingiverse.com/thing:8433 The design holds mechanical components, including pre-made STLs for 23mm, 24mm and 26mm mod diameters as well as some drip tips around the mod. You can modify it with...

Three pairs of earrings represent Euclidean Geometry, Non-Euclidean Geometry including Hyperbolic and Spherical Geometry. These designs are inspired by the ideas I learned last semester, particularly in my studies on geometry. The first thing to...

A Model of the Klein Quartic: A Complex Figure Revealed This captivating object exhibits three distinct properties simultaneously: a hyperbolic surface composed of 24 regular heptagons that intersect at every vertex in groups of three; the surface...

... which represents the canonical geometry of torus link complements. The patterns on each surface come from two applications of Schwarz-Christoffel theory, transforming a Euclidean triangle into a hyperbolic one, marked by our unique signature.

The real component of cosine on the complex plane, with a path traced from -iÏ€ (-2Ï€) to iÏ€ (2Ï€) along each imaginary axis, illustrates how slicing at Im(z) = 0 yields the conventional cosine function, while slices at Im(z) = ï„n (n ∈ â„•)...

The hyperbolic structure's unique shape allows for maximum airflow, funnelling the cooling currents through its latticework core like a mighty river flowing through the heart of the earth. The result is a marvel of efficiency, a testament to human...