7 articles in this category
Bone-inspired lattices have been a darling of metamaterials research for a while now. They mimic trabecular bone's open-cell structure, promising stif...
Here's the situation. You're a materials engineer at a startup building lightweight armor panels. Your boss wants a prototype that can take 10,000 loa...
You've sketched a lattice that mimics trabecular bone—light, strong, elegant. But when you send it to the 3D printer, the struts sag. Or worse: the pr...
Imagine a lattice—light as a bird bone, strong as steel. That's the promise of bioinspired metamaterials. But when one of these intricate structures f...
You have a cryogenic tank that needs to change shape on command. Buckling-guided metamaterials seem like the obvious answer — until the temperature dr...
Imagine a material that can silence vibrations, guide sound waves, and withstand the heat of a rocket exhaust—all at once. That is the promise of bioi...
Imagine a wing that changes shape mid-flight, or a stent that expands and contracts inside an artery a hundred thousand times. That is the promise of ...