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PrintablesVisceral3D
Hyperbolic Paraboloid ( Pringles Chip )
Well, i just had try to making one in Fusion 360. It was suprisingly easy.
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Wyniki wyszukiwania: paraboloid
Liczymy pasujące modele…
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PrintablesGymRBK
Hyperbolický paraboloid - sedlová plocha / Hyperbolic paraboloid
Sedlovou plochu (hyperbolický paraboloid) chtěl kolega pro výuku teorie relativity. Stl model není náš, ale je dostupný jako součást kursu “Relativita: Proč a jak?” Matěje Rystona, zveřejněného na serveru katedry didaktiky fyziky MFF UK…
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PrintablesCody G
A Discretized Hyperbolic Paraboloid
This is based on the plot Z=X*Y (known as a hyperbolic paraboloid or a saddle point) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Aside from looking…
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PrintablesDizzelowski
Parametric Potatochip-Holder (discrete hyperbolic paraboloid)
A hyperbolic paraboloid is a curved plane that matches the appearance of a pringles-style potato chip. Use the Scad file to generate a hyperbolic paraboloid sculpture with different parameters and levels of discreteness, or use the…
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Printablesneas_boy
Paraboloid
In geometry, a paraboloid is a quadric surface that has exactly one axis of symmetry and no center of symmetry. The term "paraboloid" is derived from a parabola, which refers to a conic section that has a similar property of symmetry.…
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Printables3DCrafterBro
Simple Minimalist Paraboloid / Calibration Paraboloid
This minimalist paraboloid design showcases the essence of geometric simplicity. Perfect for various uses, including as a decorative piece, a base for further customizations, or for educational purposes in 3D design learning . Its clean,…
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PrintablesTomishape
TEXTURED PARABOLOIDE VASE – « TWO COLORS »
Un vase dont le design surfacique est généré avec une paraboloÏde hyperbolique (rien que ça!) qui a été démultipliée et placée par jeux de symétrie. Cette version est la version avec 2 couleurs. Un vase intérieur imprimé en mode vase…
- Pobrania
- 20
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- 3
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PrintablesCody G
A Discretized Paraboloid
This is based on the plot Z= - (X^2) - (Y^2) (known as a paraboloid) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Three STL files included:…
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- 19
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- 2
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PrintablesBob Kuo
Elliptic paraboloids
Each model was made using a different parametrization. Specifically, as a graph using cartesian coordinates, as a graph using polar coordinates, and in cylindrical coordinates. The included photo is of some older models, but created using…
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PrintablesBrad Bauer
Fisker Ocean Cup Holder Topper (Paraboloid)
This is a top meant to be mated with the Fisker Ocean cup holder bottom (https://www.printables.com/model/943163-fisker-ocean-cup-h). Paraboloid shape to fit my wife's favorite cup. When mated you can cut about ¾" off the bottom of the…
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PrintablesUnflexibel
HyperbolicParaboloid_Hull (Addon)
Addon for the HyperbolicParaboloid Cody18_1496478's HyperbolicParaboloid Printed with 0.6 Nozzle and 0.3 LH, scaled to 150%
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PrintablesFusionForge
Paraboloid
This is a 3D representation of a paraboloid
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Printables
TEXTURED PARABOLOIDE VASE – « TWO COLORS »
Un vase dont le design surfacique est généré avec une paraboloÏde hyperbolique (rien que ça!) qui a été démultipliée et placée par jeux de symétrie. Cette version est la version avec 2 couleurs. Un vase intérieur imprimé en mode vase…
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Printables
Elliptic paraboloids
Each model was made using a different parametrization. Specifically, as a graph using cartesian coordinates, as a graph using polar coordinates, and in cylindrical coordinates. The included photo is of some older models, but created using…
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Printables
A Discretized Paraboloid
This is based on the plot Z= - (X^2) - (Y^2) (known as a paraboloid) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Three STL files included:…
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Printables
A Discretized Hyperbolic Paraboloid
This is based on the plot Z=X*Y (known as a hyperbolic paraboloid or a saddle point) but instead of being a continuous surface, I've discretized it so that it is formed from a collection of varying height square prisms. Aside from looking…