Demonstrates effective geotechnical monitoring and slope stability analysis in constructing a temple on a landslide slope, suggesting a comprehensive approach is vital.
The paper presents a comprehensive approach to slope stability analysis and geotechnical monitoring during the construction of a church complex in the vicinity of Moscow. The site is located on a slope with a varied geological profile and thick fill material. The comprehensive assessment of slope stability involved additional engineering surveys, stability analysis, and optimization of retaining wall design solutions. The geotechnical monitoring program included inclinometer measurements and geodetic surveys. The results were compared with design values, and the data confirmed the effectiveness of the engineering solutions used for the complex geotechnical conditions. The article emphasizes the significance of a comprehensive approach to design and monitoring when constructing structures on slopes.
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Zekhniev et al. (2026) studied this question.
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