Remodelling a Medieval Net Vault Construction •

Eszter Jobbik, J. Krähling
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引用次数: 3

Abstract

In the present study, we analysed the exact, laser-scanned geometry of the apse vault of the catholic church of Andocs. The written sources about this vault are very limited, however, the point cloud-based research could provide new details about the history of the building, along with the formerly used building techniques. For the analysis, we worked based on our three-step analysis process, established for net vaults. During the studying of the rib system, we reconstructed the probable original construction and building method, as well as the temporary supporting structures of the early 16th-century vault. The analysis of the individual ribs led us to conclusions about this vault, in the mirror of the widespread ideas of the topic’s technical literature, such as the “Prinzipalbogen” theory (all the ribs of a given net vault have the same curvature), or the principle of the longest route (the cumulated length of the ribs’ plan, which led from the impost to the crown with the longest possible route equals to the radius of the ribs’ curvature). Regarding the curvilinear rib elements, we presumed a likely fabrication method, based on contemporary research results. Mapping the webbing and the ribs, we concluded their building order, as well as the plausible masonry technique of the webs.
重建一个中世纪的网穹窿建设
在本研究中,我们分析了安多克斯天主教堂后殿拱顶的精确激光扫描几何形状。关于这个拱顶的书面资料非常有限,然而,基于点云的研究可以提供关于建筑历史的新细节,以及以前使用的建筑技术。为了进行分析,我们基于为净金库建立的三步分析流程进行了工作。在研究肋系的过程中,我们重建了可能的原始结构和建造方法,以及16世纪早期拱顶的临时支撑结构。通过对单个肋的分析,我们得出了关于这个拱顶的结论,这与该主题的技术文献中广泛流传的观点是一致的,比如“Prinzipalbogen”理论(一个给定的净拱顶的所有肋都有相同的曲率),或者最长路线原则(肋平面的累积长度,从入口到拱顶的最长路线等于肋曲率的半径)。关于曲线肋构件,我们根据当代的研究成果推测了一种可能的制造方法。绘制了腹板和肋,我们总结了它们的建筑顺序,以及腹板的合理砌筑技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Epites-Epiteszettudomany
Epites-Epiteszettudomany Arts and Humanities-Visual Arts and Performing Arts
CiteScore
0.20
自引率
0.00%
发文量
20
期刊介绍: The journal publishes studies contributed by the committees of the Department of Technological Sciences of the Hungarian Academy of Sciences, on the fields of architectonics and architecture.
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