The generation and effect of salt on brick masonry: An analysis of crumbling walls in DKG area and cultivation around Mohenjo-daro focused at indus valley civilization

Q1 Arts and Humanities Studies in Digital Heritage Pub Date : 2013-10-01 DOI:10.1109/DigitalHeritage.2013.6743838
J. Manzoor, JaeSeung Park
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Abstract

The Moenjo Daro city was initially designed to be semi amphibian, such agricultural amphibian cities also exist today in the neighbouring places located in Sindh. Soon after excavation problems appeared; despite of numerous attempts for restoration; the problems still prevail. In this paper, I have attempted to address the issues considering the root causes thus have divided the paper into two major parts. The water level and salts are not surely the sole factor -cause for deterioration of buildings as e.g. the geology of the area is another factor (seismic data, crust movements, winds etc.). Throughout the study, the main cause which is the effect of salt have been scientifically analysed asking basic but viable questions like how, where and why it the salt attacks. The research is further taken into experimental consideration to authenticate the findings and possible recommendations have been also provided. The proposed recommendations are less expensive, easy to commence and maintain and authentic in increasing the longevity of Mohenjo-daro baked brick masonry. The present research is taken mainly in the DK area where tall walls still towering the area. The main street, chief house, mud brick wall and other were considered for sampling. After which the immediate surroundings of the Mohenjo-daro were also previewed where cultivation is regularly exercised. This activity has immensely contributed the problem and has increased the water table and salinity in the top surface soil and has ultimately become the major source for the generations of the salts. A workable low cast proposal has been provided; if launched, the fruits will be immense.
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盐对砖石砌筑的产生和影响:以印度河流域文明为中心的摩亨佐-达罗附近的DKG地区和种植的破碎墙分析
Moenjo Daro城市最初被设计成半两栖城市,这种农业两栖城市今天也存在于信德省邻近的地方。挖掘后不久,问题出现了;尽管多次尝试恢复;这些问题仍然存在。在本文中,我试图从根源上解决问题,因此将本文分为两个主要部分。水位和盐分肯定不是导致建筑物老化的唯一因素,例如,该地区的地质是另一个因素(地震数据、地壳运动、风等)。在整个研究过程中,我们对盐的主要影响进行了科学分析,提出了一些基本但可行的问题,比如盐如何、在哪里以及为什么会发作。该研究进一步纳入实验考虑,以验证研究结果,并提出了可能的建议。拟议的建议费用较低,易于开始和维护,并且在增加摩亨佐-达罗烧砖砌体的寿命方面是真实的。目前的研究主要是在DK地区进行的,该地区仍然高耸着高大的墙壁。主要街道、主楼、泥砖墙等进行了采样。之后,摩亨佐-达罗的周围环境也被预览,那里经常进行耕作。这种活动极大地加剧了这个问题,增加了表层土壤的地下水位和盐度,并最终成为几代盐的主要来源。提出了可行的低铸型方案;如果付诸实施,其成果将是巨大的。
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来源期刊
Studies in Digital Heritage
Studies in Digital Heritage Arts and Humanities-Classics
CiteScore
2.80
自引率
0.00%
发文量
2
审稿时长
12 weeks
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