Achieving superelasticity in additively manufactured Ni-lean NiTi by crystallographic design

Jia-Ning Zhu, Kai Liu,Ton Riemslag,Frans D. Tichelaar,Evgenii Borisov,Xiyu Yao,Anatoly Popovich,Richard Huizenga,Marcel Hermans,Vera Popovich

MATERIALS & DESIGN（2023）

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摘要

•An atomistic-to-mesoscale modelling framework is proposed for designing high-performance NiTi.•The designed 001 textured NiTi was successfully fabricated by additive manufacturing.•An unprecedented superelasticity up to 453 K with a high and wide temperature window (110 K) in Ni-lean NiTi was achieved.

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关键词

Shape memory alloys,Superelasticity,Laser powder bed fusion,Anisotropy,NiTi

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