大负荷和低散射泡沫支架设计

Hui-dong Huangfu, Feng Yan, X. Meng, Peng Zhang, Sijin Xiong
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引用次数: 0

摘要

针对大型户外设备电磁特性的测试需求,研究人员设计了一套大型泡沫支架,各层之间采用泡沫销连接,呈圆桌状。针对大型户外设备电磁特性的测试需求,研究人员设计了一套大型泡沫支架,各层之间采用泡沫销连接,呈圆桌状。电磁仿真分析表明,在300MHz ~ 40GHz频率范围内,通过优化圆台底面直径,可将泡沫支架的RCS值降至-20dBsm以下。力学仿真分析表明,泡沫支架各层之间采用泡沫销连接,无论在空载还是满载情况下,都能大大提高支架的抗风能力和承受环境极端风荷载时的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Large Load Bearing and Low Scattering Foam Holder Design
For the testing requirements of electromagnetic characteristics of large outdoor equipment, the researchers designed a set of a large foam holder with foam pin connections between layers in a round table shape. For the testing requirements of electromagnetic characteristics of large outdoor equipment, the researchers designed a set of a large foam holder with foam pin connections between layers in a round table shape. The electromagnetic simulation analysis shows that the RCS value of the foam holder can be reduced to below -20dBsm in the frequency range of 300MHz∼40GHz by optimizing the diameter of the bottom surface of the circular table. The mechanical simulation analysis shows that the foam pin connection between the layers of the foam bracket can greatly improve the wind resistance of the bracket and its safety when subjected to ambient extreme wind loads under both no-load and full-load conditions.
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