(1,100 views)
Below are 3 series of images. First are images of single sheet of paper folded into a pattern originally created by Ron Resch. This is a single sheet with no cutouts, tears, etc. The second set of images show the flat pattern and the basic module and its rules for folding. As the individual module gets folded in 3D space the corners must stay on a sphere that has the rule of ‘diameter = sqrt 2 * edge length’. read more
Popularity: 29% [?]
(936 views)
A study to create a clading skin system that developed from a penrose pattern. Some panels were removed and others rotated. This is the original 2D drawing of the penrose pattern. The penrose have been mirrored by their edges and vertices. read more
Popularity: 29% [?]
(402 views)
At the preseason tryouts for the U.S. Boomerang Team in Greenfield, Mass., one figure stands out among the hacky sack players and pizza delivery guys gathering in the soccer fields, limbering up their throwing arms. read more
Popularity: 25% [?]
(630 views)
Close-packing of spheres is the arranging of an infinite lattice of spheres so that they take up the greatest possible fraction of an infinite 3-dimensional space. read more
Popularity: 14% [?]
(191 views)
This is a simple sketch of a bidirectional tile transformation (+1/8″ to the right & +1/16″ down).
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Popularity: 12% [?]
(681 views)
A Cylindrical 3d Triple Mesh. Continuation of the previous Triple mesh Structure (1) and Triple mesh Structure (2).
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Popularity: 20% [?]
(388 views)
I am deploying the triple mesh structure on to double curved surfaces - a sphere in this study.
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Popularity: 16% [?]
(424 views)
Based on the sinusoidal walls of Eladio Dieste, this study aims to analyze and compare the benefits gained by creating walls (and other structures) with varying degrees of sinusoidal profiles.
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Popularity: 14% [?]
(684 views)
Fibonacci-based DiaGrid Lacing read more
Popularity: 13% [?]
(263 views)
My investigations started with exploring the use of tiling to create dynamic patterns. The dynamic patterns were generated through the use of scale and repetition. read more
Popularity: 6% [?]
