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首页> 外文期刊>Journal of vibration and control: JVC >Sensitivity analysis for vibration transfer path systems with non-viscous damping
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Sensitivity analysis for vibration transfer path systems with non-viscous damping

机译:非粘性阻尼振动传递路径系统的灵敏度分析

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摘要

In this paper, based on the dynamic sensitivity technique, we propose a method for sensitivity analysis of vibration transfer path systems with respect to their path parameters. It is well known that non-viscous damping is an important factor in causing the nonlinearity of vibration systems. The sensitivity of nonlinear vibration systems with respect to different kinds of non-viscous damping is discussed. With the sensitivity of dynamic responses with respect to transfer path parameters as an evaluation criterion, the contribution level of each transfer path to the vibration of acceptance structures was listed in order. Using the proposed method, the sensitivity of the vibration system with multiple and/or multi-dimensional transfer paths could be determined explicitly and accurately in the time domain.
机译:本文基于动态灵敏度技术,提出了一种振动传递路径系统关于其路径参数的灵敏度分析方法。众所周知,非粘性阻尼是导致振动系统非线性的重要因素。讨论了非线性振动系统对不同种类非粘滞阻尼的敏感性。以动态响应对传递路径参数的敏感性作为评估标准,按顺序列出了每个传递路径对验收结构振动的贡献水平。使用所提出的方法,可以在时域中明确且准确地确定具有多个和/或多维传递路径的振动系统的灵敏度。

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