Biomimicry 3.8
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Rescooped by Janine Benyus from Biomimicry
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NASA, Coating Technology, and the Lotus Leaf Phenomenon

NASA, Coating Technology, and the Lotus Leaf Phenomenon | Biomimicry 3.8 | Scoop.it

"It only takes a brief journey down a B road during the summer months to end up with a car looking like it has driven through a plague of insects. Amplify this effect by the power of a space shuttle wingspan and bug remnants can result in a significant increase in drag. The problem is that when an insect hits an aircraft at speed its mass ruptures and undergoes some chemical changes which make it stickier. Flying through a swarm of insects leads to an accumulation of debris on the leading edge of wings which creates drag and increases fuel consumption. NASA researchers, in collaboration with engineers at Langley and Boeing, studied the microscopically-rough texture of lotus leaves in order to understand how the surface is so effective at repelling dirt, dust and water."


Via Miguel Prazeres
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Rescooped by Janine Benyus from Biomimicry
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Researchers Use Multi-material 3D Printing to Fabricate the First Biomimetic Shark Skin

Researchers Use Multi-material 3D Printing to Fabricate the First Biomimetic Shark Skin | Biomimicry 3.8 | Scoop.it

"Scientists have been trying to unlock the secrets of shark skin for more than 50 years. The key to sharks' hydrodynamic prowess lies in how the rigid, tooth-like structures that coat their flexible skin change the flow of water as sharks swim forward – but attempts to quantify this effect have fallen short. After all, it's tough to fabricate a material that closely mimics shark skin, a marvel of Nature honed over the 400 million years that sharks have sleuthed the seas."


Via Miguel Prazeres
Marcelo Errera's curator insight, July 14, 2015 3:03 PM

Mimicking is a great way of fast-forwarding the design process. It is a never ending process.