A Universal Toughening and Energy-Dissipating Strategy for Impact-Resistant 3D-Printed Composites

A Universal Toughening and Energy-Dissipating Strategy for Impact-Resistant 3D-Printed Composites

With the integration of low-altitude economy and 3D printing technology, optimizing the impact resistance of polymer-based composites has become a key issue. Commonly used polymer matrix materials often lack sufficient ductility, making it difficult to meet the dynamic mechanical performance requirements of aircraft components. In the research paper shared in this issue, Professor Yan Li’s … Read more