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On the applicability of meta-analysis to evaluate airtightness performance of building components

机译：荟萃分析适用性评价建筑组件的气密性能

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The scientific literature lacks comprehensive and updated information regarding the airtightness of building components, this hindering the development and improvement of models for a robust prediction of their performance. To fill this gap, this paper presents a meta-analysis conducted on literature studies reporting laboratory and in-situ measurements of airtightness for various building components. Meta-analysis is a powerful methodological tool to compare and combine data from previous research, even when they have inherent differences. The results of the meta-analysis allowed to attain three outcomes: a classification of building components related to their airtightness performance; the update and improvement of existing databases of building component airtightness; and, the identification of factors specifically influencing airtightness performances of windows. In addition, the critical appraisal of the findings led to the definition of the requirements for future studies reporting measurements of airtightness of building components. This study offers a step ahead from existing knowledge by improving existing databases and by proposing a methodological framework of analysis that can be extended to several other domains of the built environment.
机译：科学文献缺乏有关建筑部件的气密性的全面和更新的信息，这阻碍了模型的开发和改进，以获得其性能的强大预测。为了填补这种差距，本文提出了在文献研究报告实验室和原位测量的各种建筑部件的通气性测量的荟萃分析。 Meta分析是一种强大的方法工具，可以比较和将数据与先前研究的数据相结合，即使它们具有固有的差异。元分析的结果允许获得三种结果：与其气密性能有关的建筑组件的分类;建筑物组件气密性现有数据库的更新和改进;并且，鉴定专门影响窗户气密性能的因素。此外，调查结果的批判性评估导致了对未来研究的要求的定义，报告了建筑部件的气密性的测量。本研究通过改进现有数据库，并通过提出可以扩展到建筑环境的其他几个域的方法，通过提高现有数据库来提高现有知识。

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