首页> 外文会议>Materials Science amp;amp;amp; Technology Conference and Exhibition >HEATSHIELD FOR EXTREME ENTRY ENVIRONMENT TECHNOLOGY (HEEET) THERMAL PROTECTION SYSTEM (TPS)
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HEATSHIELD FOR EXTREME ENTRY ENVIRONMENT TECHNOLOGY (HEEET) THERMAL PROTECTION SYSTEM (TPS)

机译:极端入口环境技术(HEEET)热保护系统(TPS)的热屏幕

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Starting in 2014 and completing in 2019, the Heatshield for Extreme Entry Environment Technology (HEEET) project has been working to mature a 3-D Woven Thermal Protection System (TPS) to Technical Readiness Level (TRL) 6 to support future NASA missions to destinations with extreme entry environments such as Venus, Saturn, Uranus, Neptune and high-speed sample return missions to Earth. A key aspect of the project has been the building and testing of a 1-meter base diameter Engineering Test Unit (ETU) representative of what could be used for a Saturn probe. This paper provides a high-level overview of the HEEET project including 1) manufacturing and testing of the ETU for structural model verification, 2) establish system capability and 3) verify manufacturing workmanship.
机译:从2014年开始,2019年完成,极端进入环境技术(Heeet)项目的热屏幕一直致力于将3-D编织的热保护系统(TPS)成熟到技术准备水平(TRL)6,以支持未来的NASA任务到目的地具有极端入境环境,如金星,土星,天王星,海王星和高速样品返回机构。该项目的一个关键方面一直是1米基础直径工程测试单元(ETU)的建筑和测试,代表可以用于土星探测器的内容。本文提供了HEEET项目的高级概述,包括1)结构模型验证的ETU的制造和测试,2)建立系统能力和3)验证制造工艺。

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