Mardin İli Merkez İlçesinde Yer Alan Şehidiye Medresesi’nin Cephelerinde Görülen Taş Bozunmalarının Analizi

Ayşe BİÇEN ÇELİK, Şefika Ergi̇n, Murat Dal, İlhami Ay
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Abstract

Stone material is one of the most preferred construction materials in traditional buildings. The fact that stone has drilling, crushing and shaping properties and does not need any other binding material is an important factor in the frequent preference of stone material. The durability of stone is important for stone structures to survive until today. However, when the stone material is exposed to environmental and climatic factors, deterioration occurs on the surfaces of the stone. It is important to detect and classify these deteriorations on stone surfaces and to take measures against deterioration in order for the structure to survive for a longer period of time. In this study, stone deterioration was identified and classified as physical, chemical, biological and anthropogenic deterioration and the deterioration of the facades of the Şehidiye Madrasah in Mardin is discussed. The deterioration of the building was classified and analyzed. Visual, mapping and X-Ray Fluorescence Spectroscopy (XRF chemical analyzes method) were used as analyzes methods. The aim of the study are to determine the types and causes of deterioration in the building, to offer solutions and to ensure that the building is transferred to future generations without losing its originality for many years. With the data obtained as a result of the study, it is aimed to form the basis for the conservation projects to be realized in the following years.
马尔丁省中部地区谢希迪耶伊斯兰学校外墙石材老化分析
石材是传统建筑中最受欢迎的建筑材料之一。石材具有钻孔、碾压和塑形的特性,不需要任何其他粘合材料,这是石材经常受到青睐的一个重要因素。石材的耐久性是石材结构得以延续至今的重要原因。然而,当石材暴露在环境和气候因素中时,石材表面就会发生老化。检测石材表面的这些劣化现象并对其进行分类,以及采取措施防止劣化,对石材结构的长期存续非常重要。在本研究中,对石材老化进行了鉴定,并将其分为物理老化、化学老化、生物老化和人为老化,还讨论了马尔丁 Şehidiye 伊斯兰学校外墙的老化情况。对建筑的老化情况进行了分类和分析。分析方法包括目测、绘图和 X 射线荧光光谱法(XRF 化学分析法)。这项研究的目的是确定建筑老化的类型和原因,提供解决方案,并确保建筑在传给后代时不会失去其多年来的原貌。研究获得的数据将为今后几年的保护项目奠定基础。
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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