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Geodesic dome 3d print
Geodesic best 3D printing files・Cults
St. John Baptist de la Salle Church
€24.79
Lattice Planter
€1.24
2V Geodesic Dome Hubs
Free
Geodesic planter
€1.92
Geodesic igloo hamster house
€0.99
Geodesic Planter with optional lid
€1.25
Geodesica
€0.99
Geodesic Dome Ball - Parametric Ball, Fun Toy, Fidget, Easy Print
Free
Geodesic CUBE - Blocks, Game Cube, Cool prints, Art, Geo-Cube High Poly
Free
Whiffle Ball / Beach Ball, Geodesic, Baseball, Beach
Free
Star Ball - Starfish, Geodesic, Parametric, Ocean, Cool prints, Art, Fun toys
€1. 17
Geodesic Soccer Ball - World Cup 2022, Football, Cool prints, Art, High Poly
Free
Geodesic Dome Ball - Cool prints, Art, High Poly
Free
Geodesic dome
€17.29
Geo Easter Egg and Christmas ornament
Free
Geodesic Dome Connector - Bogdan style
Free
6-way and 5-way ball joints connector Geodesic Dome Sphere
€4.26
Domo Toy, dome, geodesic dome, geodesic dome
€9
Elegant Geodesic Planter
Free
domekit 2V Mod
Free
Icosahedron Joint for Square Tubing
Free
zip tie dome hub
Free
GEODESIC POT
€0.
58
Icosahedron Pipe Joint
Free
Corner Joint for Dodecahedron
Free
Geodesic(k) RGB LED Spheres
Free
geodesic hub system
Free
colapsing octohedron
Free
geodesic dome hub v3
Free
geodesic hub v4
Free
geodesic hub
Free
geo conn
Free
geodesic hubs v2
Free
dome connector hinge
Free
geodesic flex dome
Free
geodesic dome
Free
geodesic dome
Free
Geodesic Sphere Lamp Shade
€4.
20
Cabane géodésique / Geodesic hut
€3.13
Mini dome with pins - Icosahedron
Free
Mini-dome
Free
Geodesic Lamp Shade
Free
Modern Birdhouse
Free
NYE Ball Drop
Free
Bucky Cup, Buckycup, Triangulated C60, Buckyball, Geodesic sphere
Free
Customizable Convex Polyhedra
Free
Snowflake Icosahedron Ornament
Free
Geodesic Dome Triangles
Free
Geodesic Dome - Collections - AnonymousCarter
by AnonymousCarter, last updated
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447 740
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228 287
78 96
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Free 3D file of 2V Geodesic Dome Bushing・Model for Download and 3D Printing・Cults
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Unikumrus.
com > Printable version > Greenhouse Hello everyone!
In 2015, after buying a house, it became necessary to create a horticultural infrastructure. Funds for these purposes were limited. Based on this circumstance, and also because of my architectural education, I didn’t want to do something trivial, all the more I didn’t want to buy something. I began to monitor options until I came across a domed structure, or rather a geodesic dome. This design has an important quality: durability, will withstand any snow and wind load. The site was also suitable for a round structure. The structures offered on the market were mainly made of wood with complex hinged fasteners and cost as much as a cast-iron bridge, so I decided to find a simpler and cheaper solution. To begin with, it was necessary to calculate the dome, or rather the ribs of the dome. Finding information about this was not so easy, so I guessed to download a 3d model of a geodesic sphere in skp format for SketchUp, there are enough of them in the public domain.
In SketchUp, I measured the edges and proceeded to the calculations.
This is how the layout of the dome looks like. Edges A form the outline of the pentagon, and B - its "inner world". The dome consists of six pentagons: five around the perimeter and one on top.
In principle, everything is simple... At first glance.
In plan, the construction looks like a decagon, with a diameter of 4.3 m in the widest part. Edge A - 1.33 m, B - 1.2 m. Now it was necessary to choose a way to make five identical pentagonal "umbrellas" and one pentagon without filling for the entrance group. The rays of the pentagon are located relative to each other at a certain angle in two projections, joining them ... In general, this is difficult ...
I chose the cheapest square thin-walled pipe with a side of 20 mm as the material for the frame. It is easy to process and strong enough for this design. I decided to connect by welding. To be honest: I didn’t know how to cook then, my father then gave me a small welder and a mask, so I decided to learn this craft in the course of greenhouse construction.
For the manufacture of "umbrellas" I came up with the following:
In the same proportions of the triangles that make up the "umbrellas", but smaller in size, I sawed triangular petals from plywood and assembled the so-called jig or template from them. Now the ribs of the conductor set the desired angle and position in space for the frame of the greenhouse elements. To fix the pipes during welding in the desired position, I screwed two self-tapping screws on each side on two adjacent ribs and began to weld. To be honest, at first it didn’t work out very well, but then I got used to it. I inserted two pipes between the screws, welded them, took them out, turned, rearranged and welded the third element, and so on until all five rays formed the correct flower. Plywood, as expected, burned out at the welding site, but it didn’t matter, the main conductor didn’t lead from this. Having welded the five-beam structure, I scalded them around the perimeter. I apologize for the lack of photos directly from the production process, I did not think that I would decide to share this.
This is what happened when I assembled everything on the site only with plastic clamps:
In this form, the structure supported me when I hung in the center.
Then he scalded the entire structure, formed the entrance group and painted it.
Then came the question of how and with what to cover the greenhouse.
It was already May, it was necessary to plant seedlings, so I decided to cover the frame with reinforced polyethylene. But it would not have been possible to mount it on pipes, so wooden bars, 40x20, treated with an antiseptic and fixed in two places with plastic clamps, became a compromise solution.
There was no time for the foundation and beds with concrete sides, so I filled the space with profiled sheets that I could find.
I made the vents from the same bars.
The film was fixed with a construction stapler.
