Čachtice地下廊道的稳定性

IF 1.1 Q3 ENGINEERING, CIVIL
R. Bulko, J. Mužík, M. Gwóźdź-Lasoń, J. Juraszek, Andrea Segalini
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引用次数: 0

摘要

在16世纪初,Čachtice的原始居民在村庄下面建造了一个大型复杂的隧道和地窖,今天称为Čachtice地下。地下组织作为防空掩体保护人们免受战争冲突的影响,最近一次是在第二次世界大战期间。随着时间的推移,地下失去了它的意义。走廊被墙围起来,被碎石覆盖,由于建筑工程而倒塌。后来,地下的一部分被修复,历史事件发生在这样一个保存完好的部分。由于一场诉讼,Čachtice地下隧道最终对公众关闭,有必要测试Čachtice地下隧道墙壁的稳定性。建立了地下的三维模型,并确定了三个区域,在Plaxis 2D软件中进行了数值计算。整个地下位于黄土土壤中。如果条件没有急剧变化,Čachtice地下是稳定的。计算出的安全系数支持这一假设。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stability of the Čachtice Underground Corridors
Abstract At the beginning of the 16th century, the original inhabitants of Čachtice built a large complex of tunnels and cellars under the village, today called the Čachtice underground. The underground protected people from war conflicts, most recently during World War II, as anti-aircraft shelters. Over time, the underground lost its significance. The corridors were walled up, covered with rubble, and collapsed due to construction work. Later, a part of the underground was repaired, and historical events occurred in such a preserved part. Due to a lawsuit, the Čachtice underground was eventually closed to the public, and it was necessary to test the stability of the walls of the Čachtice underground. A 3D model of the underground was created, and three areas were identified in which numerical calculations were performed in Plaxis 2D software. The whole underground is located in loess soil. The Čachtice underground is stable if the conditions do not change diametrically. The calculated factors of safety support this assumption.
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来源期刊
CiteScore
2.00
自引率
58.30%
发文量
69
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