边坡加固的岩土工程实践

N. S. Sokolov
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引用次数: 0

摘要

岩土工程是建筑工程中最重要的分支之一,用于各种用途的零部件工程。土工技术现有的丰富潜力使我们能够在任何工程和地质条件下以及在任何领土上(包括斜坡,沟壑,堤岸)成功地完成建筑物基础的建设任务。经常有在结构不稳定的土壤交替的崎岖地区架设物体的情况,此外,还加载了人工倾斜的斜坡。在岩土工程实践中,仍有在没有适当工程及技术支援的情况下,即没有实际进行工程测量,也没有制订防滑措施的情况下,在这些斜坡上进行施工。最终,在大多数情况下,忽视普遍接受的标准会导致不良后果,表现为建造的建筑物的变形。本文考虑的就是这样一个案例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geotechnical Practice of Slope Reinforcement
Geotechnical construction is one of the most important branches of the construction of zero parts of objects for various purposes. The existing rich potential of geotechnical technologies allows us to successfully perform the tasks of building foundations for buildings in any engineering and geological conditions and on any territory, including slopes, ravines, embankments. Very often there are cases of erection of objects on rugged territories with alternating structurally unstable soils, moreover, additionally loaded with artificial leaning slopes. In geotechnical practice, there are still cases of construction on such slopes without proper engineering and technical support, i.e. without the presence of actually carried out engineering surveys, as well as developed antilandslide measures. Ultimately, in most cases, the neglect of generally accepted standards leads to undesirable consequences, expressed in deformations of the constructed buildings. This article considers one such case.
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