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Abstract:
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This article aims to elucidate the aspects of Biomimetics, discussing its most current methodology
(Biomimicry DesignLens); As well as to make known the biomimetic examples of the conceptual
pavilions developed by the University of Stuttgart, created with the purpose of testing new space
systems through constructive modules that allow a high degree of adaptability and performance due
to the geometric differentiation of its components, using for this, innovative manufacturing
computational processes to test, simulate and apply, including through the use of articulated robotic
arms. It is observed that the inspiration for the configuration of these modules is based on references of the nature, collaborating so that the use of this methodology is translated as a viable
solution to promote a sustainable design, since the solutions of the natural world, either through shapes or processes, are always based on resource efficiency. |
