Hiroshima University engineers pioneer 3D printing for robust steel-aluminum bonds: up to 17,404.5 psi resilience. Credits: Motomichi Yamamoto/Hiroshima University.Steel and aluminum are crucial players in bolstering economic growth. However, their fusion zones have long been brittle. Thanks to a novel 3D printing method, the unexplored territory of combining these metals may now experience a...
Credit: Unsplash.Engineers at Washington State University have drawn inspiration from the intricate structure of trees and bones to devise a technique that enables the 3D printing of two different types of steel within a single circular layer. This groundbreaking approach results in the creation of a bimetallic material that exhibits a remarkable strength increase...
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