超高速
材料科学
弹道极限
复合材料
剥落
航天器
韧性
射弹
护盾
空间碎片
非晶态金属
电磁屏蔽
航空航天工程
合金
冶金
工程类
物理
热力学
作者
Lee Hamill,Scott Roberts,Marc Davidson,William L. Johnson,Steven Nutt,Douglas C. Hofmann
标识
DOI:10.1002/adem.201300252
摘要
Collisions with debris are major cause of concern for spacecraft and satellites. Developing new materials that can combat these threats, while still providing low‐density and sufficient toughness to survive launch loads, is important for future spacecraft design. In the current work, hypervelocity impacts are used to estimate the ballistic limit for bulk metallic glass and their composites and to investigate spalling behavior. The composites are shown to have excellent combinations of hardness and toughness for use as shields.
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