Geotechnics MDPI

Geotechnics MDPI

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International, peer-reviewed, open access journal of geotechnical engineering, published quarterly online by MDPI.

Rapid Prediction for Overburden Caving Zone of Underground Excavations 28/05/2026

🚨 ( ) is an emerging energy technology.

🌍 The processes associated with UCG can lead to significant overburden caving and .

✍️ by Zihan Zhang, et al.
πŸ”—

Rapid Prediction for Overburden Caving Zone of Underground Excavations Underground coal gasification (UCG) is an emerging energy technology that involves the in situ conversion of coal into syngas through controlled combustion within a subsurface excavation. The geomechanical processes associated with UCG can lead to significant overburden caving and surface subsidence...

Study on Creep Characteristics and Constitutive Model of Red-Bed Mudstone in Eastern Sichuan 21/05/2026

πŸš† Deep-buried of the .

βš–οΈ Accurately analyzes the time-dependent stability of large-span tunnels traversing the F2 zone.

✍️ by Binghai Li, et al.
πŸ”—

Study on Creep Characteristics and Constitutive Model of Red-Bed Mudstone in Eastern Sichuan To accurately analyze the time-dependent stability of large-span tunnels traversing the F2 fault fracture zone, this study focused on the deep-buried red-bed mudstone of the Jishan Tunnel. Rock cores were retrieved from the critical Grade V surrounding rock section (depth 370 m). Uniaxial and triaxi...

Assessment of the Swelling Potential of the Brebi, Mera, and Moigrad Formations from the Transylvanian Basin Through the Integration of Direct and Indirect Geotechnical and Mineralogical Analysis Methods 19/05/2026

πŸ”οΈ The swelling potential in of the Paleogene Brebi, Mera, and Moigrad formations in the Transylvanian Basin.

πŸ“š Integration of Direct and Indirect and Analysis Methods.

✍️ by Ioan Gheorghe CriΘ™an, et al.
πŸ”—

Assessment of the Swelling Potential of the Brebi, Mera, and Moigrad Formations from the Transylvanian Basin Through the Integration of Direct and Indirect Geotechnical and Mineralogical Analysis Methods This study evaluates the swelling potential in clayey soils of the Paleogene Brebi, Mera, and Moigrad formations in the Transylvanian Basin (Romania) by integrating direct free-swelling tests (FS; STAS 1913/12-88) with indirect index-property diagrams and semi-quantitative X-ray diffraction (XRD; RI...

Application of Machine Learning Methods for Predicting the Factor of Safety in Rock Slopes 17/05/2026

πŸ”² Measuring the stability condition of a in mining or .

🎰 Four different models and a hybrid genetic algorithm–multi-layer perceptron.

✍️ by Miguel Trinidad and Moe Momayez
πŸ”— https://brnw.ch/21x2zve

Application of Machine Learning Methods for Predicting the Factor of Safety in Rock Slopes Factor of Safety (FOS) is a significant index to measure the stability condition of a rock slope in mining or civil engineering. In this paper, we evaluate and compare four different machine learning models, Gaussian Process Regressor (GPR), Support Vector Regressor (SVR), Random Forest (RF), and a....

Dynamic Axial Pile Stiffness and Damping in Soil with Double Inhomogeneity 14/05/2026

🚨 A rigorous formulation specifically developed by the authors for the problem at hand.

πŸ”Ž Four different are considered in conjunction with different levels of . Implications of in design are discussed.

✍️ by Konstantinos Syngros and George Mylonakis
πŸ”— https://brnw.ch/21x2u8D

Dynamic Axial Pile Stiffness and Damping in Soil with Double Inhomogeneity Viscoelastic solutions are developed for the axial dynamic response of single piles in soil profiles that are inhomogeneous both vertically (with depth) and horizontally (with radial distance from the pile). While vertical soil inhomogeneity has been well explored, horizontal inhomogeneity has recei...

Experimental Insights Towards Understanding the Possibilities of Using Chloride Substances in Landslide Stabilization 13/05/2026

πŸ“Œ Nishinotani landslide in Ehime Prefecture, Japan.

πŸ“” The effect of on the and characteristics of smectite-rich .

✍️ by Saurav Sharma and Netra Prakash Bhandary
πŸ”—

Experimental Insights Towards Understanding the Possibilities of Using Chloride Substances in Landslide Stabilization This study explores the effect of cation adsorption on the shear strength and mineralogical characteristics of smectite-rich landslide clay collected from the Nishinotani landslide in Ehime Prefecture, Japan. Laboratory experiments were conducted using aqueous solutions of calcium, magnesium, and po...

08/05/2026

🚨 Geotechnics Best PhD Thesis Award
πŸ“… Application deadline extended to 31 May 2026

πŸ—žοΈ More on: https://brnw.ch/21x2iJV

Seismic Response Analysis of Drilled Shafts in Dry Stratified Granular Soil 08/05/2026

🌍 significantly increases .

⛰️ The is strongly governed by the input motion amplitude. Both strain and reached their maximum near the natural frequency of the , and increased substantially with shaking amplitude.

✍️ by Ahmed Khamiss and Usama El Shamy
πŸ”— https://shorturl.at/p2f1M

Seismic Response Analysis of Drilled Shafts in Dry Stratified Granular Soil A three-dimensional discrete element method (DEM) framework was developed and applied to investigate the time-domain seismic response of a soil–pier system embedded in stratified dry sand. The numerical model was validated against analytical solutions to determine the ultimate vertical load capaci...

Analytical Prediction of Active Earth Pressure in Narrow MSE Walls Considering Arching Effects 06/05/2026

🚨 The distribution of horizontal is not linear.

πŸ“” The proposed method demonstrated excellent agreement with both field data and results.

✍️ by Farzaneh Farahbakhsh and Hadi Shahir
πŸ”— https://brnw.ch/21x2fSm

Analytical Prediction of Active Earth Pressure in Narrow MSE Walls Considering Arching Effects Lateral pressure on a retaining wall could be a critical parameter that affects the stability and efficiency of the wall design. Traditional methods to estimate active lateral earth pressure is often inadequate in cases where geometric constraints, or arching effects play significant roles. An analy...

Experimental Insights Towards Understanding the Possibilities of Using Chloride Substances in Landslide Stabilization 06/05/2026

πŸ“Œ Nishinotani landslide in Ehime Prefecture, Japan.

πŸ“š This study explores the effect of on the and characteristics of smectite-rich clay.

✍️ by Saurav Sharma and Netra Prakash Bhandary
πŸ”—

Experimental Insights Towards Understanding the Possibilities of Using Chloride Substances in Landslide Stabilization This study explores the effect of cation adsorption on the shear strength and mineralogical characteristics of smectite-rich landslide clay collected from the Nishinotani landslide in Ehime Prefecture, Japan. Laboratory experiments were conducted using aqueous solutions of calcium, magnesium, and po...

Role of Soil Erosion in Instability of Slopes Along Coastal Karnataka 29/04/2026

⛰️ in Instability of Slopes

πŸ—žοΈ The Slopes are stable during summer, but the slopes with exposed soils have failed during rainy season even when safety factor was more than one.

✍️ by Asha U. Rao, et al.
πŸ”—

Role of Soil Erosion in Instability of Slopes Along Coastal Karnataka The laterite formations consist of top layers that are highly porous, followed by a lithomargic soil layer over the weathered residual soil and parent rock. The excavated slopes are stable during summer, but the slopes with exposed lithomargic soils have failed during rainy season even when safety f...

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