Negar Kalantar + Alireza Borhani
Flexible YET Rigid is an Interactive Installation presented at
University of Houston in the National Conference on the Beginning
Design Student (NCBDS 31). To link materials with processes and
processes with form, the installation presents a project executed by
first year students at Texas A&M. By searching for the limits of the
use of wood, this installation aims to bring two contradictions of
wood together: rigidity and flexibility. Thus, the goal is to
transform lumbers into flexible yet rigid elements. These pieces are
flexible enough to be formed into different shapes, yet rigid enough
to retain the desired shape. The installation was sculpted from flat
pieces bent in unexpected and organic ways to challenge what is
conventionally expected from a piece of wood.This installation
explores form and space via a range of woodcut techniques for
cutting slits into solid wood. To explore the elastic nature of
wood, compression or other forces can be applied to create the
desired curvatur
The close similarity between these two spherical cups is based on a
set of moving compressive bars that are connected together to form a
three dimensional mechanism. These two deployable structures are
capable of expanding up to several times of their packaged size,
when their bars are rotated relative to one another. In the first
spherical cup, all the bars meet with one another once the structure
contracts from a dome-like shape to a completely compact bundle.
This leads to the structure that corresponds to the most efficient
folding configuration and maximum expansion conditions. The first
cup is ideal for the purposes where compact packaging is essential.
The second cup cannot be folded up entirely. The second cup cannot
be folded up entirely. The joints are made of aluminum sheet and
provide one degree of freedom. The first cup has less joint types
(one type) than the second cup (four types). This can facilitate the
process of installation.