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3D-printing and Biomimicry Combined In New Material Design

Aerospace engineers at the Technicon-Israel Institute of Technology have used 3D-printing to experiment with the design of new materials inspired by fish scales.

Licensed under CC - credit Flickr user: Mike Hartz
Licensed under CC – credit Flickr user: Mike Hartz

Assistant professor Stephan Rudykh, head of mechanics at the soft materials lab, set out to design a new material that mimicking fish scales and their combination of strength and flexibility, two properties that are usually competitive in the design of human objects.

Rudykh observed that fish had soft tissue underneath hard scales. His design mimics that with a soft layer covered by an armour material.

A process of exploration and experimentation with different material structures was enabled by 3D-printing, which Rudykh became familiar with while working at MIT.

By Rudykh’s own admission, the final application of the material is unclear. However, the development of this material is an illustration of the design benefits of both biomimicry and 3D-printing.

Source: Learning from fish to develop new materials

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Seb Egerton-Read

Seb Egerton-Read

Seb writes daily content for Circulate across the full spectrum of the website's topics. Previously he has spent five years as a freelance writer for a number of websites and blogs. You can e-mail Seb at seb[at]circulatenews.org

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