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Metaheuristic machine learning based factor of safety prediction of MSE walls [PDF]
Scientific ReportsMechanically stabilized earth (MSE) walls are widely used earth-retaining structures, and their stability depends on soil-structure interaction, wall height, and the number of reinforcement layers.
Durgesh Prashad +4 more
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A Case Study: Shear Interface Testing of a Constructed Geosynthetic Barrier [PDF]
E3S Web of Conferences, 2023 Since geosynthetic interfaces often serve as a weak plane on which sliding may occur, shear strengths of these interfaces need to be carefully assessed.
Louw Silke
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Predicting slope safety using an optimized machine learning model
Heliyon, 2023 The hazards and consequences of slope collapse can be reduced by obtaining a reliable and accurate prediction of slope safety, hence, developing effective tools for foreseeing their occurrence is crucial.
Mohammad Khajehzadeh +1 more
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Numerical simulation of depillaring panel at higher depth- Jamadoba mine case study
Ain Shams Engineering Journal, 2023 In deep-seated coal seams (greater than 250 m), a few Indian coal mines have been developed using the bord and pillar method up to 525 m depth. This paper presents a three-dimensional numerical simulation of a complete panel deliberating the distribution
Sikandar Kumar +2 more
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Slope Stability Study of Residential Area in Hay AL-Araby / Mosul with Suggested Remedial Application [PDF]
Engineering and Technology Journal, 2014 Slope stability analysis is a common analytical tool to assess the factor of safety (FOS) of natural and man-made slopes i.e. embankment. In geotechnical engineering, different methods were used to determine the factor of safety (FOS) of slopes such as ...
Amina. A. Khalil
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Rock and Soil Mechanics, 2021 In the failure process of slopes, the contribution of different mechanical or material parameters to the stability is different and dynamic. In the context of shear strength reduction method (SRM) for stability analysis, it is of great significance to ...
LU Feng, QIU Wen-ge
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Design of the Safe Model of Landfill Dikes for Developing Countries
Civil and Environmental Engineering, 2020 This article is a dimensioning study of the landfill locker dike of the city of Casablanca, where the geotechnical parameters of waste have particular limitations, theses limitation are a common characteristic for most developing countries.
El Maguiri Abdelhakim +3 more
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Improving Slope Stability of Lowwall Areas in Coal Mines: A Case Study [PDF]
E3S Web of ConferencesCoal mining is an industry susceptible to slope failures, which can lead to significant economic losses and casualties. To mitigate this risk, a study was conducted to assess the stability of a post-landslide slope in the QR pit.
Kartini +3 more
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RELIABILITY ANALYSIS OF THE SEISMIC STABILITY OF EMBANKMENTS REINFORCED WITH STONE COLUMNS
Journal of Engineering, 2011 Geotechnical engineers have always been concerned with the stabilization of slopes. For this purpose, various methods such as retaining walls, piles, and geosynthetics may be used to increase the safety factor of slopes prone to failure. The application
Ahmed S. Jawad
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International Journal of Mining Science and Technology, 2017 Coal pillar design has historically assigned a factor of safety (FoS) or stability factor (SF) according to their estimated strength and the assumed overburden load acting on them.
Guy Reed, Kent Mctyer, Russell Frith
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