ICD and ITKE’s Robotically Woven Pavilion Mimics the Structural Performance of Beetle Shells

by , 07/04/14
filed under: Architecture, Gallery, News

ICD pavilion, ICD Stuttgart, ITKE Stuttgart, robotically-woven pavilion, carbon fiber pavilion, carbon fiber architecture, biomimetic architecture, beetle architecture, biomimicry, robotic design

Another of the Institutes’ bionic research pavilions, the structure investigates the structural performance of protective shells of beetles. These have proven to be a suitable role model for highly efficient construction based on the on the geometric morphology of a double-layered system and the mechanical properties of natural fiber composites.

Related: The Biomimicry Manual: What Can Dung Beetles Teach Us About the Circular Economy?

The entire structure was made from glass and carbon fiber reinforced polymers, which have a high strength-to-weight ratio and the potential to generate differentiated material properties through fiber placement variation.

Related: Amazing Bionic Research Pavilion Explores the Sand Dollar’s Skeleton Morphology

Double-curved modules were robotically manufactured using a special robotic coreless winding method. Two effector frames are held by two robotic arms and serve as molds for the linearly tensioned network of fibers. Six individual layers of glass and carbon fibers were wound-the first glass layer acts as structural reinforcement, and the rest are individually varied through the fibers’ anisotropic arrangement. The robots fabricated a total of 36 individual elements whose structural principles were extracted from the beetle elytra. The biggest element has a 2.6 m diameter with a weight of only 24.1 kg. The entire pavilion covers an area of 50 square meters (538 square feet) and weights 593 kg.

+ Institute for Computational Design (ICD)


Via Dezeen

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