knot models

... together, one obtains a knotted loop that is the trefoil. As the simplest knot known, the trefoil plays a foundational role in studying mathematical knot theory, which has widespread applications in topology, geometry, physics, chemistry and magic.

Experience a 3D model of knot 10_125 (http://katlas.math.toronto.edu/wiki/10_125), designed for large-scale printing at approximately 120 mm in diameter per direction. The file format is the same as used in "Mini Knots"...

... Printing this model demands attention to detail and strong adhesion to the print bed. Designers can modify parameters and formulas directly in OpenSCAD's built-in mesh generator. ...Feel free to experiment and optimize the model to suit your needs.

Here is a 3D model of the knot 10_125 that's made for massive printing - about 120 mm across in each direction. Featured on Day 11 of MakerHome: http://makerhome.blogspot.com/2013/09/day-11-giant-knot.html. Tweet me at twitter.com/mathgrrl. Check...

This is a 3D model of the knot 10_125 (http://katlas.math.toronto.edu/wiki/10_125) designed for large-scale printing, measuring about 120 mm across in each direction. Featured on Day 11 of MakerHome:...

... on its intended use and application. ...There are thousands of different types of knots, each with their unique characteristics and purposes, ranging from simple overhand knots to more complex and intricate varieties such as reef knots or bowlines.

I'm working on a custom keychain project, just for kicks. ...It's incredibly simple to print, and I'm excited about it already. In my long-term vision, I aim to create a 3D model that realistically weaves in and out like a traditional Celtic knot.

... and detailed design for a clear knot loop that is ready to be copied from a photograph and then printed in 3D. ...The dimensions of this model are 28 millimeters by 27 millimeters by 30 millimeters, resulting in a volume of 5.2 cubic centimeters.

... Max software, making it an enjoyable and simple project with only a few steps involved. ...The design can even be printed for personal use. For detailed instructions, refer to the tutorial available at http://grabcad.com/questions/tutorial-knot-art.

A sculpture, intricately designed as a knot, necessitates the use of supports and demands both precision and perseverance during the printing process. ...The model was crafted using Modo software, although personal experience with this specific print is...

This intricate model is part of a comprehensive collection of fifteen distinct knot models designed and produced in the cutting-edge JMU 3-SPACE 3D printing facility. For in-depth information on the mathematical concepts and design principles...

This intricate design is part of a comprehensive series of fifteen knot models created in the JMU 3-SPACE 3D printing classroom. Learn about the mathematical calculations and design process behind this model at MakerHome, Day 299. ==== Follow...

In the earlier constructions, both knots had symmetrical components; each half was identical to its counterpart. ...The first half belonged to a solid bar knot, while the second half came from a tube knot.

A simple yet intriguing enigma known as the Wooden Knot presents itself, comprising three identical components that cleverly interlock to form an intricate knot-like structure.

A dragon curled up into a trifoil knot, I took care that none of the scales intersect the surface of the knot. ...Inspired by MC Escher's art.

Just a classic Celtic knot pattern - perhaps it's time to tackle something a bit more intricate and ambitious in terms of Celtic knots design.

The knot 6_2 is showcased in both standard and petal conformations as part of a comprehensive series of fifteen intricate knot models created within the JMU 3-SPACE 3D printing classroom. Delve into the mathematical principles and design intricacies...

This is just one of a series of fifteen expertly crafted knot models created within the JMU 3-SPACE 3D printing classroom. Dive deeper into the math and design behind this model on MakerHome, Day 291. Follow the latest updates at Twitter:...

This is a Part of a Set of Fifteen Complex Knot Models Created by JMU's Advanced 3D Printing Program. To Learn About the Math and Design Behind This Model, Check Out MakerHome on Day 269. Visit My Twitter Page at Twitter.com/mathgrrl. View...

The knot 7_7 is depicted in both its standard conformation and tricolored projection within a series of fifteen intricate knot models created in the JMU 3-SPACE 3D printing classroom. For more information on the mathematical concepts and design...

Knot Made from Blossoms A flower knot is an elegant and artistic arrangement that combines the beauty of flowers with the intricacy of knots. This creative display can be used as a centerpiece, decoration, or even a gift. ...The knot's design is...

A simple celtic trinity knot. ...Can be used in a necklace or decoration.

... of a nontrivial knot. ...The trefoil can be obtained by joining together the two loose ends of a common overhand knot, resulting in a knotted loop. ...Using its parametric equations and excel, you can produce the necessary points to create its path.

Printing a torus knot is an entertaining activity that results in a fascinating object.

Why Knot? ...A Simple Masterpiece That Challenges Us All to Think Beyond the Norm

Too many knots in your YoYo String? ...Here is the right tool.

Just a simple pipe knot created used 3D sketch and Swept Boss feature in Solidworks.

3 x 3 cm keychain knot Designed to be 3d printed :)

Simple design- Star knot. ...Easy to print and low filament use!

... This complex knot has fascinated mathematicians and topologists for decades due to its peculiar features. The Escher knot is a non-trivial knot that exhibits exceptional characteristics, making it a subject of interest in advanced studies.