knot yiff 3d models
6423 3d models found related to knot yiff.
grabcad
... can be found on Wikipedia at https://en.wikipedia.org/wiki/M._C._Escher. ...Inspired by an exhibition in Milano, I created this model to mimic Escher's intricate knots (http://www.mcescher.com/gallery/recognition-success/knots/) featured in his art.
thingiverse
... turn, the pattern seems to shift and adapt, like a living entity that defies easy description. As the eye follows the thread, it becomes apparent that this knot is more than just a simple design - it's a testament to human ingenuity and creativity.
grabcad
In this video , we are going to design "Knot" 3d Model by using surfacing commands in Solidworks. ...After following this video tutorial, you will learn how to create a complex surface model by using the sweep surface and loft surface commands in...
cults3d
The STL file for the symbol shown: Eternal Knot, also known as a Mystic Knot. ...It can be scaled, and used for signs, wall art, etc.
prusaprinters
Knot Pot inspired by the torus knot (shown in the last photo).The pot design was created by taking the 3 sides of a torus knot duplicated 3 times over, twisted and then wrapped them around the sides.The pot is designed to be a simple and easy print...
prusaprinters
Knot Pot inspired by the torus knot (shown in the last photo).The pot design was created by taking the 3 sides of a torus knot duplicated 3 times over, twisted and then wrapped them around the sides.The pot is designed to be a simple and easy print...
cults3d
Triangular or square-shaped knot with each face composed of a unified strip that weaves through the center three times or four times. ... These intricate designs were first printed on planks, after which they were beautifully finished with a layer of...
prusaprinters
Knot Pot inspired by the torus knot (shown in the last photo).The pot design was created by taking the 3 sides of a torus knot duplicated twice, twisted and then wrapped them around the sides.The pot is designed to be a simple and easy print with no...
grabcad
This versatile product serves an essential role within interiors, enhancing the aesthetic appeal and functionality of spaces.
grabcad
Equation : - x = cos(3*t)*(1+.35*cos(4*t)+0.25*cos(16*t)) y = sin(3*t)*(1+.35*cos(4*t)+0.25*cos(16*t)) z = 0.2*sin(20*t)