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The unmanned aerial vehicle electromagnetic detection system based on frequency domain electromagnetic method can play an important role in underground space exploration. In order to reduce the impact of the aircraft electronic system on the received signal, this paper designs an airborne extended measurement device, and based on engineering requirements, simplifies the structure and models the mechanics. On this basis, the strength and stiffness of the extended device are analyzed and verified, and the results indicate that the design in this article meets the requirements of safety and functionality in terms of mechanics.

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Mechanical Verification of Unmanned Aerial Vehicle Extended Detection Device

  • 会议论文

  • 发表日期：

    2025年

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  • Bo Zhang,
  • Ziming Xiong,
  • Zihao Wang,
  • Jinye Wang,
  • Xiaohui Xu

摘要

The unmanned aerial vehicle electromagnetic detection system based on frequency domain electromagnetic method can play an important role in underground space exploration. In order to reduce the impact of the aircraft electronic system on the received signal, this paper designs an airborne extended measurement device, and based on engineering requirements, simplifies the structure and models the mechanics. On this basis, the strength and stiffness of the extended device are analyzed and verified, and the results indicate that the design in this article meets the requirements of safety and functionality in terms of mechanics.