technical fiber-reinforced lightweight ramifications tagged posts

Could Dragon Trees serve as a source of Inspiration for Innovations in Lightweight Construction?

This three-dimensional representation of the outer surface (left) and the entire vascular system (right) of the branch-stem attachment of the dragon tree shows which tissues inside the plant are displaced in a loaded state (yellow) in comparison to an unloaded state (red). Credit: Image courtesy of Albert-Ludwigs-Universität Freiburg

This three-dimensional representation of the outer surface (left) and the entire vascular system (right) of the branch-stem attachment of the dragon tree shows which tissues inside the plant are displaced in a loaded state (yellow) in comparison to an unloaded state (red). Credit: Image courtesy of Albert-Ludwigs-Universität Freiburg

A team has laid the groundwork for designing technical fiber-reinforced lightweight ramifications modeled on branch-stem attachments. With the help of high-resolution MRI techniques, the scientists succeeded in observing how the tissue of a living dragon tree is displaced when subjected to a load...

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