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Application of particle motion technique to structural modal identification of heritage buildings

机译:粒子运动技术在文物建筑结构模态识别中的应用

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摘要

Determining the behavior of a structure estimated by means of finite elements analysis requires not only an in-depth knowledge of its geometry and dynamic properties but also an experimental validation to corroborate the adequacy of the characteristics of the structure. Most of the current structural identification techniques are based on linear methods that call for many measurement points\udand/or a relative simple structure. Complex structures are somewhat still an unexplored field due to the difficulties with the finite element method and the experimental corroboration of its results. This study presents the use of particle motion computation applied to each structural vibration mode to improve the identification of its dynamic properties, and its application to the Gothic Cathedral of Palma de Majorca (Spain).
机译:确定通过有限元分析估算的结构的行为,不仅需要深入了解其几何形状和动态特性,还需要进行实验验证以确认结构特征是否足够。当前大多数结构识别技术都是基于线性方法,这些方法需要许多测量点和/或相对简单的结构。由于有限元方法的困难及其结果的实验​​证实,复杂结构在某种程度上仍是一个尚未探索的领域。这项研究提出了将粒子运动计算应用于每种结构振动模式,以改进对其动态特性的识别,并将其应用于帕尔马(西班牙)的哥特式大教堂。

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