Understanding structural health monitoring data to support decision-making processes and service life management of mass timber buildings. A preliminary study on use of data scaffolding

IF 1.3 Q2 MATERIALS SCIENCE, PAPER & WOOD
Maria A Riggio, Morvarid Dilmaghani, C. A. Sanchez
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引用次数: 0

Abstract

ABSTRACT Structural health monitoring (SHM) can be used to support decision-making processes leading to improved building management plans. With advanced engineered wooden buildings on the rise, SHM has emerged as a critical tool to document behaviour of these structures. However, monitoring data need to be easily accessible and understandable to support informed decisions. This study explores the potential benefits of an intentionally designed data scaffolding to support interpretation of SHM data for timber structures. Results suggest that appropriate scaffolding (e.g. pinpointing critical parameter ranges) can enable lay users to better interpret monitoring data of timber structures. Results also suggest that, for more highly educated users, access to graphs linked to metadata can be beneficial. Overall, it appears that documentation related to the monitored phenomena and context, as well as more explicit reference to building performance requirements, could improve data-driven decision making for all knowledge levels for the building maintenance sector.
了解结构健康监测数据,以支持决策过程和大规模木材建筑的使用寿命管理。数据脚手架使用的初步研究
结构健康监测(SHM)可用于支持决策过程,从而改进建筑管理计划。随着先进的木结构建筑的兴起,SHM已成为记录这些结构行为的关键工具。然而,监测数据需要易于获取和理解,以支持知情决策。本研究探讨了有意设计的数据支架的潜在好处,以支持对木结构SHM数据的解释。结果表明,适当的脚手架(例如精确定位关键参数范围)可以使铺设用户更好地解释木结构的监测数据。结果还表明,对于受过高等教育的用户来说,访问与元数据链接的图形可能是有益的。总的来说,与监测的现象和背景有关的文件,以及对建筑性能要求的更明确的参考,似乎可以改善建筑维护部门所有知识水平的数据驱动决策。
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来源期刊
International Wood Products Journal
International Wood Products Journal MATERIALS SCIENCE, PAPER & WOOD-
CiteScore
2.40
自引率
0.00%
发文量
27
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