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控制板壳弯曲振动波导吸振器的统计能量分析
引用本文:曹明艺,黄其柏,廖道训.控制板壳弯曲振动波导吸振器的统计能量分析[J].华中科技大学学报(自然科学版),1999,27(2):1.
作者姓名:曹明艺  黄其柏  廖道训
作者单位:华中理工大学机械科学与工程学院
摘    要:提出用统计能量分析方法研究控制板壳弯曲振动的波导吸振器的新方案,通过计算相关参数来讨论和分析在安装波导吸振器后板壳振动能量的损失情况.数值仿真结果表明波导吸振器在控制板壳弯曲振动方面具有很好的作用

关 键 词:振动  统计能量分析  波导吸振器  耦合损耗因子
修稿时间:1998-10-10.

Investigate WVA for Controlling Bending Vibration in Steel Plate by SEA
Cao Mingyi,Huang Qibai,Liao Daoxun.Investigate WVA for Controlling Bending Vibration in Steel Plate by SEA[J].JOURNAL OF HUAZHONG UNIVERSITY OF SCIENCE AND TECHNOLOGY.NATURE SCIENCE,1999,27(2):1.
Authors:Cao Mingyi  Huang Qibai  Liao Daoxun
Institution:Cao Mingyi Huang Qibai Liao Daoxun
Abstract:The energy dissipation of Waveguide Vibration Absorbers (WVA) controlling the bending vibration of the steel plate is discussed and analyzed by the method of Statistical Energy Analysis (SEA). WVA device can absorb vibrational energy. WVA and the vibrating structure whose vibration are to be controlled can be described as three subsystems of SEA model. By analyzing its energy properties, an energy dissipation equation concerned with parameters of environmental temperature, wave frequencies, materials and so on is deduced. The internal loss factors of each subsystem and the coupling loss factors between the subsystems are obtained by the theoretical equation. The numerical simulation shows that the WVA is successful for controlling the vibration of the steel plate.
Keywords:vibration  Waveguide Vibration Absorber (WVA)  Statistical Energy Analysis (SEA)  coupling loss factor  
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