首页> 外文会议>Structural studies, repairs and maintenance of heritage architecture XII >The use of optical and infrared techniques for the restoration of the frescoes damaged by earthquake: a case study - the fresco of Giacomo Farelli in the Church of Santa Maria della Croce di Roio (L'Aquila Italy)
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The use of optical and infrared techniques for the restoration of the frescoes damaged by earthquake: a case study - the fresco of Giacomo Farelli in the Church of Santa Maria della Croce di Roio (L'Aquila Italy)

机译:利用光学和红外技术修复受地震破坏的壁画:一个案例研究-圣玛丽亚·德拉·克罗切·迪·里奥(意大利拉奎拉)教堂的贾科莫·法雷利(Giacomo Farelli)的壁画

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The 2009 L'Aquila earthquake occurred in the region of Abruzzo, in central Italy. The main shock was rated 6.3 on the moment magnitude scale; its epicentre was near L'Aquila, the capital of Abruzzo. Earthquakes mark the history of L'Aquila, a city built on the bed of an ancient lake: the city was struck in 1315, 1349, 1452, 1501, 1646, 1703, and 1706. Some of its most revered buildings were badly affected by the earthquake. Among them there is the Santa Maria della Croce di Roio Church, built in 1625, expanding a small chapel (1221) dedicated to St. Leonard. The cycle of frescoes by Giacomo Farelli at this Church expresses aspects of Marian devotion of its time. The object of our study is a Farelli's fresco that represents the discovery of the Statue of Our Lady. The non-destructive testing prior to the earthquake of 2009, made by ESPI technique before and after restoration, and the thermographic testing following the earthquake, clearly identified a weakness of the structure, where the old subsurface cracks and detachments are once again evident. The thermographic image processing allowed us to identify the buried architectural structure.
机译:2009年的拉奎拉地震发生在意大利中部的阿布鲁佐地区。主震在力矩量表上的额定值为6.3。它的震中位于阿布鲁佐(Abruzzo)的首都拉奎拉(L'Aquila)附近。地震标志着拉奎拉(L'Aquila)的历史,拉奎拉是一个建在古老湖床上的城市:该城市于1315、1349、1452、1501、1646、1703和1706年遭到袭击。地震。其中有1625年建成的圣玛丽亚德拉十字教堂教堂,扩建了一个小教堂(1221),专门用于圣伦纳德。贾科莫·法雷利(Giacomo Farelli)在这座教堂举行的壁画循环表达了玛丽安对时代的热爱。我们研究的对象是法雷利的壁画,代表对圣母雕像的发现。在修复前后,通过ESPI技术进行的2009年地震前的无损检测以及地震后的热成像测试清楚地表明了结构的薄弱环节,旧的地下裂缝和分离现象再次明显。热像仪图像处理使我们能够识别出埋藏的建筑结构。

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