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NASA Prototype All Composite Tank Cryogenic Pressure Tests to Failure with Structural Health Monitoring

机译:NASA原型化所有复合材料储罐低温压力测试,并通过结构健康监测进行测试

摘要

This Paper will describe the results of pressurization to failure of 100 gallon composite tanks using liquid nitrogen. Advanced methods of health monitoring will be compared as will the experimental data to a finite element model. The testing is wholly under NASA including unique PZT (Lead Zirconate Titanate) based active vibration technology. Other technologies include fiber optics strain based systems including NASA AFRC technology, Acoustic Emission, Acellent smart sensor, this work is expected to lead to a practical in-Sutu system for composite tanks.
机译:本文将介绍使用液氮将100加仑复合罐加压至失效的结果。我们将比较先进的健康监测方法,并将实验数据与有限元模型进行比较。测试完全在NASA之下,包括基于独特的PZT(铅锆钛酸铅)的主动振动技术。其他技术包括基于光纤应变的系统,包括NASA AFRC技术,声发射,Acellent智能传感器,这项工作有望为复合储罐带来实用的In-Sutu系统。

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