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A Methodology for the Inspection and Monitoring of the Roof Tiles and Concrete Components of the Sydney Opera House

机译:悉尼歌剧院房顶瓦和混凝土构件的检查和监测方法

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The Sydney Opera House is a world-class performing arts center and is recognized internationally as a modern architectural masterpiece. This paper describes recent work focused at the development of an inspection and monitoring methodology for the roof tiles of the Sydney Opera House that aligns with the current tile tap testing regime. The particularity of the proposed approach relies on its ability to uniquely identify the location of the tile being tap tested within the building geometry and to associate it to the corresponding measurements and condition assessment evaluation. The outcome of this process is presented in a graphical form based on a simple three color ranking scheme that rates the tiles' conditions from good to acceptable and poor. It is expected that such output could be presented in various forms, such as in a BIM model. Within this procedure, the measurements can be stored for future reference and for the evaluation of historical trends. The broader use of this approach is then briefly highlighted by considering other non-destructive testing techniques and an example is presented in the final part of the paper in relation to concrete components.
机译:悉尼歌剧院是一个世界级的表演艺术中心,并作为现代建筑杰作的国际公认。本文介绍了最近的工作,专注于开发悉尼歌剧院的屋顶瓦片的检验和监测方法,与当前的瓷砖抽头测试制度对齐。所提出的方法的特殊性依赖于其唯一地识别正在建筑物几何形状内进行挖掘的瓷砖位置的能力,并将其与相应的测量和条件评估评估相关联。该过程的结果基于简单的三种颜色排名方案以简单的三种颜色排名方案呈现,该方案将瓷砖的条件与可接受且差的差。预期可以以各种形式呈现这种输出,例如在BIM模型中。在此过程中,可以存储测量以供将来参考和评估历史趋势。然后通过考虑其他非破坏性测试技术和示例在本文的最后一部分中介绍了与混凝土部件的最后一部分来简要突出地突出地突出了这种方法的更广泛的使用。

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