Laser Powder Bed Fusion-Induced Heterostructures in Ti2AlNb Alloy: Synergistic Strength-Ductility Enhancement Across a Wide Temperature Range

2026-10-19

Published in Acta Materialia: Laser powder bed fusion (LPBF)-induced heterostructures in Ti2AlNb alloy—an aerospace high-temperature lightweight structural material—achieve simultaneous strength and ductility improvement over a wide temperature range. This approach offers new insights for the additive manufacturing and property tuning of high-temperature titanium alloy powders, with direct reference value for users of aerospace and aero-engine high-temperature components.

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Ti2AlNb合金激光粉末床熔融诱导异质结构：宽温域强塑协同提升

《Acta Materialia》刊发：Ti2AlNb合金（航空航天高温轻质结构材料）经激光粉末床熔融（LPBF）诱导异质结构，在宽温度范围内实现强度-塑性同步提升。该路线为高温钛合金粉末的增材成形与性能调控提供了新思路，对航天/航发高温构件用户有直接参考价值。

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