# Torus

Read here about tensegrity in the context of consideration of "torus", a topological form.

For torus-shaped struts, see ring struts.

## Contents

# Definition of Torus[edit]

"Torus" is the formal, well-defined topological name given to the shape known colloquially as a ring, life preserver, doughnut, bagel, or hemorrhoid cushion. the round, ring-like form formal name given to the "doughnut" form, being a circumference

Its definition in abstract, mathematical terms, from wikipedia: A **torus** (pl. **tori**) is a [of revolution] generated by revolving a [circle] in three dimensional space about an axis [coplanar] with the circle. In most contexts it is assumed that the axis does not touch the circle and in this case the surface has a ring shape and is called a ring torus or simply torus if the ring shape is implicit.

# Gallery[edit]

Below is a selection of torus shapes formed by tensegrity constructions.

## Bicycle Wheel by Flemons[edit]

Tom Flemons created and published a wheel within a wheel.

link=http://www.intensiondesigns.com For more information, see Flemons, Tom or the Bicycle wheel

## Jakob Torus[edit]

JakobG, a Swiss rope-system manufacture, constructed a tensegrity structure that outlines a torus. It stood for a while and was taken down.

For more information see Jakob Tensegrity Torus.

## Bent Torus by StructureMode[edit]

StructureMode, an engineering firm, constructed a torus that conforms with the perimeter of a hyperbolic paraboloid.

For more information, see Tension Pavilion 2016.

## Hexagonal Rings by Motro[edit]

For more information, see Motro, René.

## Tensegrity Prototype TG3 by SMiA[edit]

Structural Morphology in Architecture constructed a tensegrity structure that outlines the shape of a torus.

[[file:tensegrity.jpg|thumb|500px|none|12 strut tensegrity torus with 6 strut roof, by SMiA"

[[file:imagen1.jpg|thumb|500px|none|Designs for a 12 strut tensegrity torus with 6 strut roof, by SMiA"