Textile hybrid: based on isolated bent compression members
Master´s degree in Parametric Design in Architecture
Figure C14: system pre-stressed based on quadrilateral pseudocode.
Figure C15: System pre-stressed fixed. Some planks were removed from the bifurcations.
6.2.3 HEHAGONAL TOPOLOGY
Figure C16: hollow prisms scheme of toroidal carbon nanotubes.
Due to the complex task to to develop a correct toroidal
topology, it was made a research in the field which has more
advances in the matter, the chemistry. The models displayed
(Figure C16 and C17) refer to a schematic geometrical
approach for applications in communications systems with
toroidal carbon nanotubes ( TCNTs). Is presented based on
the definition of the six hollow sections that comprise a torus
and produce a planar entity [Beuerle, F. Herrmann, C .
Whalley,A. Gamburd, A. 2011 ] , and projecting them onto a
graphene lattice. With this schematic defitions result easier
develop a regular torus, mainly for understand the angular
defect zones (singularities). A hollow prism with a rotational
symmetry can serve as a good model for a torus, in its vertices
the synclastic curvature was solved with pentagons and the
anticlastic with heptagons.Down below we will show the steps
to obtain a toroidal shape
Figure C17: Toroidal carbon nanotubes. Geometrical approaches
-Beuerle, F. Herrmann, C . Whalley,A. Gamburd, A. 2011. Optical and vibrational properties of toroidal carbon nanotubes. In: Chemistry-A European Journal.
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