hyperbolic funnel 3d models

second version of a hyperbolic funnel to produce "engergetic water" :) properly for random water faucets

Hi, I tried using the hyperbolic funnel from MK_Design, but I noticed several issues: The funnel requires a lot of support to print and even with the support, it doesn't look great, at least on the bottom side. I don't need so many inputs; they only...

First prototype of an extraordinary water channel system designed to generate highly energized water efficiently for various household water outlets.

This array uses 32 pieces of 5mm neodymium cube magnets that are all facing the same direction. The array can be used as an eccelerator for other magnets that shot very fast through the hole in the center. ... Watch my video, where I explain this...

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)...

A hyperbolic paraboloid with built in supports

Support is recommended

Support is recommended

the fascinating shape of potato chips i.e. ...hyperbolic paraboloid

An intricately designed Hyperbolic Paraboloid has been meticulously created.

Click link Youtube below to watch full tutorial how to design Hyperbolic paraboloid

Triple blade 110mm Diam fan. ... Hyperbolic leading and trailing edges with

This strong and lightweight coaster is developed from a hyperbolic net. ...Designed to fit a Dunkin' coffee mug!

Here's a Python script that generates a hyperbolic parabola: ``` import numpy as np import matplotlib.pyplot as plt # Define the function for the hyperbolic parabola def hyperbolic_parabola(x): return (x**2) / (1 + x) # Generate x values from -10 to...

Hyperbolic cylinder - a standard surface with a base curve that is a hyperbola and whose generating lines are parallel to each other and orthogonal to the plane of the hyperbola. To create a hyperbolic cylinder, take a hyperbola from which emanate...

... Gauss curvature is negative at every point. ...Therefore, although it is a ruled surface, it is not developable. From the point of view of projective geometry, a hyperbolic paraboloid is one-sheet hyperboloid that is tangent to the plane at infinity.

This is a prototype of an extreme curved roof shape. ... Extreme Curved Roof Shape Model A Hyperbolic Paraboloid Model Overview and Background Understanding the Extreme Curved Roof Shape Lesson Plan and Activity

Two unique models of hyperbolic paraboloid showcase distinct cross-sections of the design. ...It's highly advised to produce these models using PLA filament instead of ABS for optimal results.

... initially created as a unique wedding gift for my wife. ...It features an intricate 4-5 hyperbolic tessellation within a Poincaré disc, which is transformed through a meticulously customized analytical function to produce a visually stunning result.

The Quadric Surfaces Set includes: • Parabolic Cylinder • Circular Paraboloid • Hyperbolic Paraboloid • Ellipsoid • Hyperboloid of One Sheet • Circular Cone • Hyperboloid of Two Sheets I first designed a hyperbolic paraboloid for 3D printing, and...

Every aspect, from the parabolic curves to the hyperbolic twists, was meticulously engineered to create an awe-inspiring structure. ...In Inventor, creativity knows no bounds, and this masterpiece is proof that even the most complex shapes can be...

Calculus instructors, take note: this hyperbolic paraboloid represents the equation Z = x^2 - y^2. By providing such visual aids, teachers can simplify complex mathematical concepts for their students and better illustrate the nature of shapes like...

This is a thickened hyperbolic paraboloid, defined by z = x^2 - y^2, where -1.5 < x < 1.5 and -1.5 < y < 1.5. The freestanding version cuts the surface slightly in the z direction. ... The model was created as part of the Manipulative Calculus project...

... discovery. In conclusion, the hyperbolic paraboloid is a fascinating quadratic surface that deserves more attention. ...Its unique properties and applications make it an exciting area of study, and its beauty lies in its simplicity and elegance.

This is a parameterized hyperbolic curve rotated around its transverse axis to create a solid. Both horizontal and vertical versions are included in the OpenSCAD script! Adjust to design your ideal hyperbolic solid. Horizontal rotation yields the...

The hyperbolic paraboloid is a doubly ruled surface that consists of two sets of straight lines that intersect at right angles. It can be generated by rotating a hyperbola around its axis, which results in a three-dimensional shape with a saddle-like...

This is an iconic representation of a hyperbolic paraboloid, frequently referred to as a saddle graph due to its striking similarity to a saddle. Interestingly, it also bears a resemblance to a Pringles chip. ...This model serves as a valuable tool for...

This is an intricate hyperbolic paraboloid design that incorporates internal structural supports. Adjust the resolution according to the provided images: from 0.05 millimeters to 1 millimeter or as needed for optimal results. Disable thin walls and...

... the user must ensure that the design meets the necessary specifications and tolerances for production. By following these steps and using Autodesk Inventor's advanced tools, anyone can create a precise and realistic model of a hyperbolic paraboloid.

A hyperbolic paraboloid, a quadric surface defined by z = y^2/a^2 - x^2/b^2, features a saddle point at its center, where it curves upwards and downwards simultaneously. Leveraging their doubly ruled nature, wherein each point has two lines passing...