Technology
Materials Research Letters Editor-in-Chief's Picks: Breakthroughs in Additive Manufacturing Metal Heterostructure Materials Showcased
2026-09-16
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Impact score: 10
On September 16, 2026, Zhu Yuntian, Editor-in-Chief of Materials Research Letters, released a special editor's recommendation focusing on multiple breakthroughs in additive manufacturing metal heterostructures. The content includes: heterogeneous layered structure design in additively manufactured titanium alloys achieving strength-ductility synergy (for biomedical implants), intermetallic-reinforced aluminum alloys with microstructural heterogeneity balancing room-temperature and high-temperature performance, physics-informed machine learning prediction of strength-plasticity in metastable β titanium alloys, reverse heterogeneous grain structure in TiVNbZr refractory high-entropy alloys, and a review of additive manufacturing of metal heterostructure materials from 1D to 4D. The heterostructure approach provides a new paradigm for 'ultra-high strength + high toughness' in as-printed metal powder parts, bridging the traditional strength-ductility trade-off contradiction of homogeneous materials. Developers of high-end powder grades (β titanium alloys, refractory high-entropy alloys, aluminum alloys) can use heterostructure design as a selling point for performance premiums in printed parts.
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Materials Research Letters主编精选：增材制造金属异质结构材料突破集中亮相
Materials Research Letters主编朱运田2026年9月16日发布主编特别推荐，聚焦增材制造金属异质结构（heterostructure）方向的多项突破。内容包括：增材钛合金异质层状结构设计实现强度-塑性协同（面向生物医用植入物）、金属间化合物增强铝合金微观异质性平衡室温与高温性能、物理信息机器学习预测亚稳β钛合金强塑性、TiVNbZr难熔高熵合金反向异质晶粒结构，以及金属异质结构材料从1D到4D的增材制造综述。异质结构路线为打印态金属粉末零件「超高强+高韧」提供新范式，弥合了传统均质材料的强度-塑性倒置矛盾。高端粉末牌号（β钛合金、难熔高熵合金、铝合金）研发方可将异质结构设计作为打印件性能溢价的卖点。