充气的
系统工程
结构健康监测
电容感应
数码产品
自愈
结构完整性
无线
工程类
建筑工程
计算机科学
机械工程
电气工程
电信
医学
替代医学
结构工程
病理
作者
Erik J. Brandon,Max Vozoff,E. Kolawa,George Studor,Frankel Lyons,Michael W. Keller,Brett A. Beiermann,Scott R. White,Nancy R. Sottos,Mark A. Curry,David Banks,Robert W. Brocato,Lipu Zhou,Soyoun Jung,Thomas N. Jackson,Kevin Champaigne
标识
DOI:10.1016/j.actaastro.2010.08.016
摘要
Inflatable/deployable structures are under consideration as habitats for future Lunar surface science operations. The use of non-traditional structural materials combined with the need to maintain a safe working environment for extended periods in a harsh environment has led to the consideration of an integrated structural health management system for future habitats, to ensure their integrity. This article describes recent efforts to develop prototype sensing technologies and new self-healing materials that address the unique requirements of habitats comprised mainly of soft goods. A new approach to detecting impact damage is discussed, using addressable flexible capacitive sensing elements and thin film electronics in a matrixed array. Also, the use of passive wireless sensor tags for distributed sensing is discussed, wherein the need for on-board power through batteries or hardwired interconnects is eliminated. Finally, the development of a novel, microencapuslated self-healing elastomer with applications for inflatable/deployable habitats is reviewed.
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