Dynamic Tensegrity Systems: A case for reconfigurable structures in urban context (2013)
article⁄Dynamic Tensegrity Systems: A case for reconfigurable structures in urban context (2013)
abstract⁄The primary objective of the research is to study the nonlinear behavior of irregular tensegrity structures and formulate a computational generative, evaluative and algorithmic method to design a structurally dynamic tensegrity system, with inherent potential to adapt to the varying contexts and its respective demands, requirements and spatial needs.
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Year |
2013 |
Authors |
Turakhia, Dishita G. |
Issue |
ACADIA 13: Adaptive Architecture |
Pages |
451-452 |
Library link |
N/A |
Entry filename |
dynamic-tensegrity-systems |