Auxetic Materials Have Widespread Use-Cases. Advanced Algorithms Are Now Making them Easier to Create

Auxetic materials, which expand laterally when stretched, have unique properties like high fracture toughness and energy absorption, making them valuable in various fields. They are used in medical implants, vehicle bumpers, protective gear, and flexible apparel. Recent advances in algorithms have simplified the design of these materials, allowing for more efficient creation. Researchers have developed a three-step method for designing auxetics, leading to innovative applications in fields like aerospace and biohybrid materials, promising significant future advancements.

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