In recent years, vibration problems of airborne equipment have occurred frequently, so the vibration reduction design becomes more and more important. Taking the airborne equipment as the main object, it obtained the dynamic characteristics of the equipment by the vibration tests. The results show that the vibration response is larger at high frequency. Based on the results, the vibration reduction design and research were carried out, and the vibration reduction measures were taken on the force transmission path. Finally, it verified the comprehensive effect, which shows that using the vibration absorbers at the installation position can effectively control the vibration of the airborne equipment, and the vibration response can be reduced more than 70%. All these lay a foundation for the subsequent vibration reduction and its practical use.

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Design and Research on Vibration Reduction Installation of Airborne Equipment

  • Jiangbei Zhou,
  • Kaixiang Li

摘要

In recent years, vibration problems of airborne equipment have occurred frequently, so the vibration reduction design becomes more and more important. Taking the airborne equipment as the main object, it obtained the dynamic characteristics of the equipment by the vibration tests. The results show that the vibration response is larger at high frequency. Based on the results, the vibration reduction design and research were carried out, and the vibration reduction measures were taken on the force transmission path. Finally, it verified the comprehensive effect, which shows that using the vibration absorbers at the installation position can effectively control the vibration of the airborne equipment, and the vibration response can be reduced more than 70%. All these lay a foundation for the subsequent vibration reduction and its practical use.