M. Lenin Lara Calderón, Ines Angelica DEL PINO MARTINEZ, David Sanz Arauz, Sol López Andrés
{"title":"16 世纪、17 世纪和 18 世纪建筑中泥土、石灰和石膏灰泥的特点","authors":"M. Lenin Lara Calderón, Ines Angelica DEL PINO MARTINEZ, David Sanz Arauz, Sol López Andrés","doi":"10.14455/isec.2024.11(1).con-08","DOIUrl":null,"url":null,"abstract":"The historical mortars of three ecclesiastical assets of the Colonial Quito were analyzed, which by 1978 was declared as heritage by UNESCO. The emblematic works of Jesuits, Dominicans, and Franciscans, built between the 16th to 18th centuries have multiple constructive stages and interventions of which there is no technical record because of the historical and present space of worship, living and religious museum of Quito. The objective of the lining mortars characterization is to provide the clear information of the composition of the analyzed samples for better understand the constructive chronology of the churches and to determine which earth, lime, gypsum, etc. mortar was used frequently according to the epoch and religious order. A total of 48 samples of lining mortars of the interior and exterior of the temples were examined, with the protocols and norms on non-destructive essays suggested by the research team. The analysis comprising stereomicroscopy studies that were complemented with mineral characterization and quantitative analysis by X-ray diffraction, as well as polarized light optical microscopy and scanning electron microscopy with microanalysis of the samples, among others. The results in the laboratory allowed us to demonstrate the existence of earth mortars, lime and gypsum bastards, and gypsum mortars with carbonate aggregate, those elements have volcanic and metamorphic volcanic mineralogical composition, this allowed us to date into the constructive stages registered in the church. The results in the laboratory allowed us to demonstrate the existence of earth mortars, lime and gypsum bastards, and gypsum mortars with carbonate aggregate, those elements have volcanic and metamorphic volcanic mineralogical composition, this allowed us to date into the constructive stages registered in the church","PeriodicalId":477265,"journal":{"name":"Proceedings of International Structural Engineering and Construction","volume":"12 7","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2024-03-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"CHARACTERIZATION OF EARTH, LIME, AND GYPSUM MORTARS IN THE CONSTRUCTIONS OF THE 16TH, 17TH, AND 18TH CENTURIES\",\"authors\":\"M. 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引用次数: 0
摘要
对基多殖民地时期三座教堂的历史灰泥进行了分析,1978 年,基多殖民地被联合国教科文组织宣布为遗产。耶稣会士、多明我会和方济各会的标志性建筑建于 16 世纪至 18 世纪,有多个施工阶段和干预措施,但由于基多历史上和现在的礼拜、生活和宗教博物馆空间,没有任何技术记录。衬砌砂浆特征描述的目的是提供分析样本成分的明确信息,以便更好地了解教堂的建造年代,并根据时代和宗教秩序确定哪些土、石灰、石膏等砂浆被频繁使用。根据研究小组建议的非破坏性论文协议和规范,共对 48 份寺庙内部和外部的衬砌灰泥样本进行了检查。分析包括立体显微镜研究,辅以矿物特征描述和 X 射线衍射定量分析,以及偏振光光学显微镜和扫描电子显微镜对样品进行微观分析等。实验室的研究结果使我们能够证明土灰泥、石灰和石膏韧皮部以及含碳酸盐骨料的石膏灰泥的存在,这些元素具有火山和变质火山矿物成分,这使我们能够确定教堂所处的建筑阶段。实验室的结果使我们能够证明土灰泥、石灰和石膏韧皮部以及含碳酸盐骨料的石膏灰泥的存在,这些元素具有火山和变质火山矿物成分,这使我们能够追溯到教堂中登记的建造阶段。
CHARACTERIZATION OF EARTH, LIME, AND GYPSUM MORTARS IN THE CONSTRUCTIONS OF THE 16TH, 17TH, AND 18TH CENTURIES
The historical mortars of three ecclesiastical assets of the Colonial Quito were analyzed, which by 1978 was declared as heritage by UNESCO. The emblematic works of Jesuits, Dominicans, and Franciscans, built between the 16th to 18th centuries have multiple constructive stages and interventions of which there is no technical record because of the historical and present space of worship, living and religious museum of Quito. The objective of the lining mortars characterization is to provide the clear information of the composition of the analyzed samples for better understand the constructive chronology of the churches and to determine which earth, lime, gypsum, etc. mortar was used frequently according to the epoch and religious order. A total of 48 samples of lining mortars of the interior and exterior of the temples were examined, with the protocols and norms on non-destructive essays suggested by the research team. The analysis comprising stereomicroscopy studies that were complemented with mineral characterization and quantitative analysis by X-ray diffraction, as well as polarized light optical microscopy and scanning electron microscopy with microanalysis of the samples, among others. The results in the laboratory allowed us to demonstrate the existence of earth mortars, lime and gypsum bastards, and gypsum mortars with carbonate aggregate, those elements have volcanic and metamorphic volcanic mineralogical composition, this allowed us to date into the constructive stages registered in the church. The results in the laboratory allowed us to demonstrate the existence of earth mortars, lime and gypsum bastards, and gypsum mortars with carbonate aggregate, those elements have volcanic and metamorphic volcanic mineralogical composition, this allowed us to date into the constructive stages registered in the church