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Energy absorption characteristics of additively manufactured sea sponge-inspired lattice structures under low-velocity impact loading

J Jefferson Andrew Jabir Ubaid Mohammed Ayaz Uddin Omar Waqas Saadi Kamran Ahmed Khan Rehan Umer Andreas Schiffer

防务技术2026，Vol.55Issue(1)：118-129,12.

防务技术2026，Vol.55Issue(1)：118-129,12.DOI:10.1016/j.dt.2025.04.008

Energy absorption characteristics of additively manufactured sea sponge-inspired lattice structures under low-velocity impact loading

J Jefferson Andrew ¹Jabir Ubaid ²Mohammed Ayaz Uddin ¹Omar Waqas Saadi ²Kamran Ahmed Khan ³Rehan Umer ³Andreas Schiffer¹

作者信息

1. Department of Aerospace Engineering,Khalifa University of Science & Technology,Abu Dhabi,127788,United Arab Emirates
2. Research and Innovation Center for Graphene and 2D Materials(RIC2D),Khalifa University of Science & Technology,Abu Dhabi,127788,United Arab Emirates
3. Department of Mechanical and Nuclear Engineering,Khalifa University of Science & Technology,Abu Dhabi,127788,United Arab Emirates
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摘要

关键词

Sea sponge-inspired lattice structures/Additive manufacturing/Energy absorption/Low-velocity impact/Lattice structure/Nanocomposite

Key words

Sea sponge-inspired lattice structures/Additive manufacturing/Energy absorption/Low-velocity impact/Lattice structure/Nanocomposite

引用本文复制引用

J Jefferson Andrew,Jabir Ubaid,Mohammed Ayaz Uddin,Omar Waqas Saadi,Kamran Ahmed Khan,Rehan Umer,Andreas Schiffer..Energy absorption characteristics of additively manufactured sea sponge-inspired lattice structures under low-velocity impact loading[J].防务技术,2026,55(1):118-129,12.

基金项目

This publication is based on work supported by the Khalifa University of Science and Technology internal grants(Nos.2021-CIRA-109,2020-CIRA-007,and 2020-CIRA-024). （Nos.2021-CIRA-109,2020-CIRA-007,and 2020-CIRA-024）

防务技术

ISSN：2214-9147

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