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首页> 外文会议>International Astronautical Congress(IAC2006); 20061002-06; Valencia(ES) >STATISTICAL RISKS IN HIGH PERFORMANCE NANO-COMPOSITES TECHNOLOGY FOR SPACE STRUCTURES
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STATISTICAL RISKS IN HIGH PERFORMANCE NANO-COMPOSITES TECHNOLOGY FOR SPACE STRUCTURES

机译：空间结构高性能纳米复合材料技术中的统计风险

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The team of researchers is endorsing the application of CFRA1 based composites concept for lightweight space vehicles and orbital systems structures. The results of preliminary manufacturing tests are presented regarding the repeatability of mechanical characteristics and the reliability of large scale parts. Manufacturing enhancements are listed and a comparison with other similar materials is sketched. CFRA1 is being developed through a joint research program between University 'POLITEHNICA' of Bucharest and the Romanian Space Agency, having applications that range from reinforcement of structures exposed to small-dimension high-speed bodies, such as cosmic dust, small-caliber bullets, to reinforcement of closed compartment walls in order for the construction to withstand the explosion of a bomb inside it. Current paper briefly presents results regarding this new material for high risk applications that proves to have promising use in aerospace technology.
机译：研究人员团队支持基于CFRA1的复合材料概念在轻型航天器和轨道系统结构中的应用。初步制造测试的结果介绍了有关机械特性的可重复性和大型零件的可靠性。列出了制造增强功能，并草绘了与其他类似材料的比较。 CFRA1是由布加勒斯特“ POLITEHNICA”大学和罗马尼亚航天局之间的联合研究计划开发的，其应用范围包括加固暴露于小尺寸高速物体的结构，例如宇宙尘埃，小口径子弹，加固封闭的隔间壁，以使结构能够承受炸弹在其内部的爆炸。当前论文简要介绍了有关这种新材料用于高风险应用的结果，事实证明该材料在航空航天技术中具有广阔的应用前景。

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