To make a form using origami as a method.
Trying different geometries using a square paper with dimensions of 30x30 cms to find
the design with the most structural integrity.
the same geometry was then tried on a cloth of 80X80 cm by soaking the cloth in 5 tablespoons of corn starch in 3 cups of water. The thick paste was the
applied on the cloth. Once the starch was dried it was again applied on the other side of the cloth. This stiffened the cloth more or less like a cartridge sheet.
The geometry was drawn and the cloth was folded using the half-cut technique.
Final geometry with the desired height and span
STAGE 2:
Drawing the geometry on fiber glass - 50x50 cm
STAGE 3:
Moving to a bigger scale of fiberglass - 350x350 cm. The same geometry was drawn on the sheet.
Since the fiber glass is available only in 1 m height, 4 sheets of 3.5m length were jointed by overlapping 15 cm.
The folds were tapped and resin was applied.
STAGE 4:
After the first layer of resin was dried the next step was to apply random mesh.
Wooden stencil was made to cut the shapes from random mesh, then these cut
outs were carefully placed on the fiber glass avoiding the fold edges.
The resin was applied over the random mesh cutouts by dabbing with a sponge
STAGE 5:
Once the random mesh layer was dried the tape was removed.
Then the object was folded to get the following result
STAGE 6:
A set of UPVC pipes of length 80-90cms were added to the base
of the structure to support the metal pipes.
to further lift the structure up.
STAGE 7:
A set of metal pipes of approx 10ft were inserted on the base
to lift the structure upto a height of 2m.
resulting in a more open experience.
STAGE 8:
A set of concrete spheres were casted and added to the base
of the metal pipes to support the structure, stopping them from sinking
in the soil at the same time.
STAGE 9:
The base metal pipes were cropped 1ft each to achieve the desired height,
resulting in a different user experience.
and bricks were layered below to create a floor.