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Buckling characteristics of smart skin structures

机译：智能皮肤结构的屈曲特性

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A 5.78 GHz micro strip antenna has been developed for use in Wireless LAN (WLAN) systems. It has a composite sandwich construction, and uses composite laminates and Nomex honeycomb. This is the surface-antenna-structure (SAS) concept, applied to load-bearing structural surfaces. The design originated from a composite sandwich structure and a multi-layer micro strip antenna. Design, fabrication and validation of structural/electrical performances all took place. To verify structural rigidity, the bucking behavior was calculated from a theoretical model, and was compared with experimental results. Electrical measurements of the fabricated antenna array were in good agreement with design specifications. The SAS concept can be extended into a guide for manufacturers of structural body panels as well as antenna designers, promising innovative future communication technology.
机译：已经开发出了5.78 GHz的微带天线，用于无线LAN（WLAN）系统。它具有复合材料三明治结构，并使用复合材料层压板和Nomex蜂窝材料。这是表面天线结构（SAS）的概念，适用于承重结构表面。该设计源自复合夹层结构和多层微带天线。结构/电气性能的设计，制造和验证均已进行。为了验证结构刚度，根据理论模型计算了屈曲行为，并与实验结果进行了比较。制成的天线阵列的电学测量与设计规范高度吻合。 SAS概念可以扩展到结构车身面板制造商和天线设计人员的指南中，并有望提供创新的未来通信技术。

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