Bioinspired and Biobased Material Programming Self-Shaping and Responsive Systems for a Sustainable Future

Bioinspired and Biobased Material Programming Self-Shaping and Responsive Systems for a Sustainable Future

150 150 Kristiana Meco
Editions:PDF
DOI: 10.37199//F40002802
SKU: 2227-7994

Author: Tiffany Cheng, Achim Menges
Affiliation: University of Stuttgart

This article proposes a bioinspired approach to design and fabrication as an alternative to conventional methods of making. Through an integration of material, structure, and
function, plants change shape over a range of spatial- temporal scales in response to environmental stimuli. The bioinspired interplay of cellulosic materials, mesostructures, and
adaptive motions is enabled through material programming and 4D-printing, resulting in self- shaping and biobased hygromorphic systems powered by the free-flowing moisture
inputs of the environment. . [...]

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Publisher: Polis_press
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