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Structural Health Monitoring for cultural heritage constructions: a resilience perspective

机译:文化遗产建设的结构健康监测:恢复力透视

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Disturbances or disruptive events may induce reductions of functionality of the built environment. For Cultural Heritage (CH) structures, functionalities may range from technical, to economic ones linked to touristic activities, up to intangible functionalities related to the cultural and social value of these constructions. Resilience can be defined as the capability of a system overcome a disturbance with the minimum total loss of functionality over time. Structural Health Monitoring (SHM) may enhance resilience by providing information that can support decision making, aiming to reduce the impact of the disturbances. In this paper, the benefits of SHM systems as means for improving resilience of CH structures are addressed and discussed with specific reference to the three different decision situations; before, during and after events of disturbances. Examples of real applications of SHM for CH structures and its effect on the resilience of the system conclude the paper.
机译:干扰或破坏性事件可能会导致建造环境的功能缩短。 对于文化遗产(CH)结构,功能可以从技术方面的范围内,与旅游活动相关的经济学,达到与这些建筑的文化和社会价值相关的无形功能。 弹性可以被定义为系统的能力克服了随着时间的推移最小的完全损失的干扰。 结构健康监测(SHM)可以通过提供可以支持决策的信息来增强弹性,旨在减少干扰的影响。 在本文中,SHM系统作为提高CH结构的弹性的手段的益处是针对三种不同决策情况的具体参考而讨论的。 在干扰事件之前,期间和之后。 SHM对于CH结构的实际应用的例子及其对系统恢复性的影响总结了论文。

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