riemann zeta function 3d models

I designed a custom case for the Multi-Function shield when I couldn't find one pre-made. This design can be printed with or without pin labels. To print this case, I used a Monoprice Select Mini V1 with a layer height of 0.21875 and printed the...

This is an external Function Keys Keypad Control Panel ================ For full details, see: http://adriandale.com/technical/fkeys/ Included files: -------------- Case_Hole_2.stl - STL file for the separate parts of the control panel case...

More functional instrument for checking the health of LCR Transistor Fat Testers is needed now, to help measure accurately their ages! As many of you know who've purchased these kits from us in the past, they come with detailed documentation in a...

I implemented David's device as both a mag stripe reader and NFC, which possesses the ideal geometry for detachment and wireless Bluetooth functionality within the room. When connected to the main unit, it can be recharged. On the reverse side, the...

A multi-function EMI power line filter, switch, and plug with panel mount design from Qualtek Electronics (part number 860-10/024) offers two configurations - on and off - which can be switched by altering the position of its switch. The replica...

MakerHome Day 320: http://makerhome.blogspot.com/2014/07/day-320-tri-customizable-function.html Instructions Suggested print settings are .3mm layer height with raft but no supports. Tested on a Replicator Mini. You can find me on Twitter at...

Based on the function y = sin(3x), we developed a formula that produces a bracelet with an irregular design, suitable for any style preference. If you'd like to dive deeper into its mathematical background or access our OpenSCAD code, click on the...

Iterative function systems are most often contractive, meaning points are brought closer closer and closer together. I achieved this effect by scaling each layer in OpenSCAD. I specifically scaled the width of the largest hexagons in each layer to...

MakerHome, Day 328: http://makerhome.blogspot.com/2014/08/day-328-sun-customizable-function.html ==== Twitter: @mathgrrl Hacktastic blog: mathgrrl.com/hacktastic Shapeways geekhaus store: shapeways.com/shops/mathgrrl This design and all associated...

Day 329 at MakerHome: http://makerhome.blogspot.com/2014/08/day-329-rib-customizable-function.html Connect with me on Twitter: twitter.com/mathgrrl Visit my Hacktastic blog: mathgrrl.com/hacktastic Shop for geeky items at Shapeways' MathGrrl store:...

Catch up on Previous Designs & Posts at MakerHome: Day 328 http://makerhome.blogspot.com/2014/07/day-328-sun-customizable-function.html Stay Connected & Get Inspired! Follow Mathgrrl's journey and creations: Twitter: twitter.com/mathgrrl Read...

The innovative shape of the bracelet is based on the function 1+sin(3t). For more information on the mathematical concepts behind this model, check out the link below. MakerHome, Day 320: http://makerhome.blogspot.com/... Twitter: @mathgrrl ...

Dive deeper into the trigonometric genius behind this design: Explore OpenSCAD code, printing insights, and mathematics on our official MakerHome blog (http://makerhome.blogspot.com/2014/07/day-329-rib-customizable-function.html). Stay in touch...

The Multi-Function Reader design I envision comprises of a 10" touchscreen display, a hidden camera behind the panel, and a speaker at its back. The battery, RJ45, and two USB ports are located on the rear side. It also features a mag stripe reader,...

This is an enclosure that perfectly complements the FG085 Function Generator kit. After trying a few other options and finding them to be ill-fitting, I decided to create this one myself. Its snug fit around the PCB ensures compatibility with kits of...

... a smaller grip that allows them to maintain control and stability. Designed with simplicity in mind, this attachment empowers users to customize its functionality according to their unique circumstances, ensuring an optimal user experience.

The shape of this stylish accessory is based on a clever trigonometric function. For more information about the math behind it, check out the OpenSCAD code and printing instructions at the link below. Day 330 on MakerHome: Get creative with this...

The shape of the bracelet is calculated using a trigonometric function. For more information on the mathematics behind this model, check out MakerHome, Day 328: http://makerhome.blogspot.com/. You can find me on Twitter at twitter.com/mathgrrl or...

Austin Fletcher George Mason University Math 401- Math Through 3D Printing 27 September 2021 Iterated Squares For this assignment, I was to create a print of some sort of iterated function to observe the pattern of the function after so many...

Post-Printing Tough enclosure for FG085 Function Generator The scad source file will display 3 different parts to export and make an enclosure suitable for the FG085. The enclosure is in 3 parts controlled by setting the desired part= variable found...

It features an Iterated Function System (IFS) with a quadrilateral base. The IFS was generated by modifying the parameters of the .scad file, resulting in a distinct pattern that the IFS converges to. By adjusting the polygon command, you can change...

In my initial submission for a Grabcad Challenge, I present a versatile device that functions as both a wall mount and counter top unit. The touchscreen can be rotated up to 90 degrees for optimal usage. Featuring a sleek design with aesthetically...

The FG085 function generator kit comes without a protective case, which is exactly what I wanted. I opted for a simple solution and didn't want to fuss with fasteners. This half-case slides directly onto the FG085 from both above and below. I...

The distinctive shape of each bracelet is generated using advanced trigonometric functions, making each piece a testament to innovative design. For more detailed information on the mathematical concepts behind this model, including OpenSCAD code and...

The shape of the bracelet is based on a complex trigonometric function that's both intriguing and impressive. For more information on the mathematics behind this model, check out MakerHome, Day 329: http://makerhome.blogspot.com/. Get the latest...

Then I stumbled upon a YouTube video showcasing someone building a Multi-Function Bench - https://www.youtube.com/watch?v=MRL3p7CrwtI. Inspired by that project, I decided to recreate it with some modifications. Here's a file for you, 3D-Community, to...

The shape of the bracelet is based on a complex trigonometric function that adds an extra layer of mathematical interest. For more information on the mathematics behind this model, OpenSCAD code, and printing options, visit MakerHome, Day 330:...

You can also explore this project at: makerhome.blogspot.com/2014/07/day-330-pow-customizable-function.html Connect with mathgrrl through her various platforms: Tweet with her at twitter.com/mathgrrl Follow her creative endeavors at...

... cover for the camera and the speaker, adding a sleek design element. The Mag Stripe and contactless credential reader offer flexibility with their snap-on/off functionality when attached to the main or core unit – simply slide it upwards to detach.

A nerf revolver I made in my spare time, you'll need:Some lead wiresA wire cutterA soldering iron2 x 4.5v/6v dc motors2 x 5mm (diameter) x 28 mm spring (or something similar)1 x 9mm (diameter) x 15mm spring (or something similar)1 x 4.5v/6v battery...