Characterization of historical coating mortars of La Ceramo factory in Valencia

IF 0.4 0 ARCHITECTURE
M. Sutti, Maiara Aguiar, C. Fioriti, Maria Paula Hêngling Christófani
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引用次数: 1

Abstract

The objective of this paper was to characterize historical coating mortars taken from the La Ceramo factory, in Valencia, by means of historical, in situ and sample collection at various points in the building, for subsequent laboratory tests. The physical-mechanical characteristics studied were: compressive strength, water content, granulometry by sieving method, identification of calcium carbonate with hydrochloric acid, surface hardness, water absorption, apparent porosity and bulk density. The results showed that the mortars composed of cement and lime collected did not present very positive characteristics in the aspects analyzed in this study, resulting in material with low quality, both in its initial composition and in function of the external influences suffered over time. Regarding the other areas of lime mortar, these presented better results, although less resistant than those of cement, were shown to have good quality. It can also be observed that lime mortars, even having a similar composition in their origin, when applied at different points of the factory acquired uneven characteristics over time, directly related to the local conditions of the coated walls. Finally, the need for preventive conservation in buildings of historical interest makes this paper of investigative and scientific nature, since the knowledge of the original materials is the initial step to a good intervention and not to accelerate the process of degradation of historical constructions.
巴伦西亚La Ceramo工厂历史涂层砂浆的表征
本文的目的是通过在建筑物的不同地点进行历史、原位和样本收集,以表征从瓦伦西亚La Ceramo工厂提取的历史涂层砂浆,以供随后的实验室测试。研究的物理力学特性包括:抗压强度、含水量、筛分粒度、盐酸鉴别碳酸钙、表面硬度、吸水率、表观孔隙率和容重。结果表明,收集的水泥和石灰组成的砂浆在本研究分析的方面并没有表现出非常积极的特性,导致材料质量低下,无论是其初始成分还是受到外部影响的功能。至于石灰砂浆的其他领域,这些表现出更好的结果,虽然不如水泥的抵抗性,但显示出良好的质量。还可以观察到,石灰砂浆,即使在其来源具有相似的成分,当应用在工厂的不同点时,随着时间的推移,会获得不均匀的特性,这与涂覆墙的当地条件直接相关。最后,对具有历史意义的建筑进行预防性保护的必要性使本文具有调查性和科学性,因为对原始材料的了解是良好干预的第一步,而不是加速历史建筑退化的过程。
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
CiteScore
1.10
自引率
12.50%
发文量
9
审稿时长
20 weeks
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