Digital Fabrication » Anand Singh

Hexagon-Group6

charusilawong.marisa@iaac.net — Mon, 07 Jan 2013 10:58:03 +0000

CNC Milling # Group 18

anand.singh@iaac.net — Fri, 04 Jan 2013 17:41:47 +0000

3d printing # group 19

anand.singh@iaac.net — Fri, 04 Jan 2013 17:34:22 +0000

The main idea of the project was to connect the points on 2 ends of the model in a way that optimizes the structural strength and the volume of the material

used.

The points are connected by being wrapped around the cylindrical plane with lines that are bent with sharp edges. Multiple lines emerge out of a single

point and fuse back to terminate at other end. This forms a sharp edged web pattern which has been twisted in random orientations.Thus, making the

cylinder look more full with the pattern.

The model/concept has been tweaked for optimum results with the available 3d printer and the material.

the main idea of the project was to connect the points on 2 ends of the model in a way that optimizes the structural strength and the volume of the materialused.The points are connected by being wrapped around the cylindrical plane with lines that are bent with sharp edges. Multiple lines emerge out of a singlepoint and fuse back to terminate at other end. This forms a sharp edged web pattern which has been twisted in random orientations.Thus, making thecylinder look more full with the pattern.The model/concept has been tweaked for optimum results with the available 3d printer and the material.

Lazer cutting#Hexagon Group 6

anand.singh@iaac.net — Thu, 03 Jan 2013 22:07:08 +0000

Prismatic facets_Group 18_Digital Fabrication#2 Bricks

jin.shihui@iaac.net — Mon, 24 Dec 2012 01:17:57 +0000

The initial idea evolved from metal studs on jackets representing the undying age of Rock n’ Roll. The square pyramid unit was altered into an off-centered triangular pyramid to achieve more permutations of arrangement. The units are equilateral triangles with grove for wide end flanges (located at center of each sides). This allows for random arrangement of the blocks without any set rules. As demonstrated through the images,

the triangles can be slided over one another with the help of slide-in dowels freely in any permutation. Also, the joinery helps to support the unit from all side, also allowing for omission of blocks to create openings in the wall The idea was to demonstrate use of a very simple unit that can be repeated to get various altering patterns. This projects the wall made of random complex geometry and eliminates the existence of single units. Thus, giving a continuous pattern of prisms.