mathematical designs 3d models

Standards CCSS Overview and Background This project was designed in the spirit of the common core standards. Students apply mathematical knowledge to a real-world example. They work in groups to make sense of their task of designing a rollercoaster...

Designing a tubular domain which follows a mathematical diameter profile.The point is to use the "equation driven spline" command and adding other 2D to 3D features to shape the desired domain.

... ...On the last day of the course, in the "3D Printing" session, I taught making 3D mathematical models to the class. ... If you print out the models, please feel free to share a photo - I would love to see!

Last time I bought a beautiful little dream catcher during my travel in Ecuador... This time I made a (giant) one for myself! Even better ^_^ It has Delaunay triangulation patterns, generated from the code I am developing in my current research...

Last time I bought a beautiful little dream catcher during my travel in Ecuador... This time I made a (giant) one for myself! Even better ^_^ It has Delaunay triangulation patterns, generated from the code I am developing in my current research...

iPhone 5 cover with a mathematical design.

Mathematical model

It's a weird mathematical shape. Thanks Mathmod. ... I suppose that you can just have on your desk to hold some papers down.

Using mathematical modelling to create complex 3D patterns to be used for jewellery making. ...The file can be used for 3D printing the model in wax and doing lost wax casting.

Mathematical knots with up to 7 crossings, if you would thicker/thinner or differently arranged knots get the code to generate these here: https://github.com/ChristianFieldhouse/knot_stls

Enjoy the design!

Enjoy the design! ... Instructions Print 10x10x10cm Let me know if you can print it on an FDM printer :-)

mathematically extruded

Kangaroo for Mathematical Competition.

Design using NX software with different ideas

Simple mathematical mechanism with inversion relationship, X2 = 1/X1

Mathematical cake molds made on birthday of an enginner.

Simple mathematical mechanism with inversion relationship, X = 1/Y

Print Settings Printer Brand: MakerBot Printer: MakerBot Replicator 2 Rafts: No Supports: No Resolution: .30mm Infill: 30% How I Designed This This shape was created by Isaac Calder. ... He creates math models and then posts them to Mathematics Google...

The number e is a mathematical constant that is the base of the natural logarithm... ... More: https://en.wikipedia.org/wiki/E_(mathematical_constant)

Simple mathematical mechanism with square root relationship, Y = square_root(X) multiplied by a constant.

On the last day of the course, in the "3D Printing" session, I taught making 3D mathematical models to the class. Inspired by the photo shown, which is a lamp I saw at the Life Alive Organic Cafe at Harvard Square. Lamp 1 and Lamp 2 are...

Note: Desmos works well for graphing and printing 2-Dimensional graphs, but for 3-Dimensional mathematical representations read through Henry Segermans paper titled 3D printing for mathematical visualisation which can be found at:...

To foster learning and excitement about mathematics I recently came up with an idea to write a program capable of generating mathematical 3D solids. This program (which is very much a work in progress) asks the user for some basic input and then...

It is a four-sided pencil holder with different mathematical themes. One of them about the asymptotic formula for prime numbers and Brun's sum over twin primes. ... In another one appears a Stokes integral result, general Euler results and the last one...

Molds in mathematical shapes, for cutting unusual cookies. The best will be slow printing and 0.2 to 0.25 mm layer high. ...I printed it with using PLA but other filaments are also possible, but make sure they are non-toxic.

(affiliate links) This wavy dish was generated by thickening a mathematical surface (send me a message if you think you know what its function is! Hint: notice that the dish is completely flat along the x axis and y axis; its value along these axes...

This is a dice with some mathematical operations on each side. There is addition, subtraction, multiplication, division, exponents, and modulo. This can be used for deciding who goes first in a game or for math practice. Made with Fusion 360 and...

Triangle Factorial Village- The king and queen needed order in their kingdom but they also wanted a large one as well, so they designed it as a triangle factorial that way half the land would be open for enjoyment and it would always be orderly no...

How I Designed This The received angles are checked to convert them if necessary in accordance with the operation of the trigonometric circle. ...The opening angle is divided into a minimum of angles less than 45 ° The height of each triangle is...