A new study in Science Advances finds that a rubbery material first engineered for 3D printing may resolve a problem that has long dogged materials science: producing printable elastomers that are simultaneously tough and durable. Researchers at EPFL’s Soft Materials Laboratory (SMaL) report that the same architecture giving their double network granular elastomers (DNGEs) exceptional…
A new study in Science Advances finds that a rubbery material first engineered for 3D printing may resolve a problem that has long dogged materials science: producing printable elastomers that are simultaneously tough and durable. Researchers at EPFL’s Soft Materials Laboratory (SMaL) report that the same architecture giving their double network granular elastomers (DNGEs) exceptional…