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Structural Identification of Constructed Systems: Experimental Considerations

机译:构造系统的结构识别:实验考虑

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Structural identification, the process for determining ‘how a structure works', begins withexperimental measurement of the in-situ structure, to obtain data on the loading and response atvarious timescales. By timescales is meant not only the data rate (dynamic or static) but theduration (ranging from hours to years), so that both short term dynamic testing and long termperformance monitoring are included.In the armory of the experimental engineer there exists a huge range of testing technology, arange constantly expanding as technological advances lead to new sensors types and newanalysis procedures. This paper is a precursor to a more comprehensive study on the range oftechnology available and in use. It provides sufficient information, including an extensivereference list, for a busy engineer considering the commission of an experimental investigationto have an overview of the technology available, and in the presentation is accompanied withcase studies highlighting specific applications.
机译:结构识别是确定“结构的工作方式”的过程,始于 对原位结构进行实验测量,以获取有关荷载和响应的数据 各种时间尺度。时标不仅指数据速率(动态或静态),还指 持续时间(从几小时到几年不等),以便进行短期动态测试和长期动态测试 包括性能监控。 在实验工程师的军械库中,存在着广泛的测试技术, 随着技术的进步导致新的传感器类型和新的应用范围不断扩大 分析程序。本文是对范围的更全面研究的先驱 现有技术和正在使用中。它提供了足够的信息,包括广泛的 参考列表,供正在考虑进行实验研究的繁忙工程师使用 概述可用技术,并在演示中随附 案例研究突出了特定的应用。

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