Characteristics of ejecta resulting from hypervelocity impact on Al/Mg explosive welding clad materials

Ziyi Su, Masahiro Masaki,Masahiro Nishida, Motoki Kawase,Kazuyuki Hokamoto,Daisuke Inao

International Journal of Impact Engineering（2024）

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摘要

•Area density could be reduced by explosively welding Mg to Al.•Impact causes delamination in the clad material with a thickness ratio of Mg: Al = 0.7: 0.3.•Compared to A6061-T6, clad material with a thickness ratio of Mg: Al = 0.5: 0.5 produces less forward ejecta.•Shielding performance can be enhanced by increasing the damage area in rear wall using Mg/Al clad material.

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关键词

Space debris mitigation,Whipple shield,Hypervelocity impact,Clad materials,Explosive welding

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