Latest Research in Mining Geomechanics and Slope Stability

Top Research Topics in Mining Geomechanics and Slope Stability

• Rock Mechanics and Modeling — 27 papers
• Geotechnical Engineering and Soil Mechanics — 7 papers
• Geotechnical Engineering and Analysis — 5 papers
• Soil and Unsaturated Flow — 3 papers
• Hydraulic flow and structures — 2 papers
• Landslides and related hazards — 2 papers
• Drilling and Well Engineering — 2 papers
• Dam Engineering and Safety — 2 papers
• Geomechanics and Mining Engineering — 2 papers
• Tailings Management and Properties — 2 papers

Highest-Cited Papers

1. Building Rigorous Pillar Datasets Using Visual Observations and Ground Penetrating Radar to Calibrate Pillar Failure Models
2. Synergistic optimization of stope structural parameters and backfill strength in deep large-scale backfilled stopes
3. A tolerance-based framework for optimizing profile sampling intervals in joint infilling assessment and shear strength prediction
4. Hypoplastic Model for Unsaturated Soils With Degree of Saturation Dependent Stiffness
5. Biomechanical and Safety Analysis of a 10-Meter High Dive into the Latian Dam Reservoir: A Case Study
6. The mechanism of rock burst and the field response in the coal mining face under the influence of an acute-angle syncline
7. Stochastic V-H-M failure envelopes of strip footings on spatially varying clayey slopes with nonstationary characteristics
8. Mechanism and control of strong ground pressure in shallow buried ultra-large mining height working face with directly overlying double key strata
9. Advanced Design Optimization of Deep Foundations in Soft Saturated Clayey Soils according to Pressuremeter-based Methods using FOXTAv4: Application to Ganvié, Bénin
10. A Semi-Analytical Solution for Interpretation of Hydro-Mechanical Responses of Cylindrical Cavity Expansion in Unsaturated Structural Loess
11. Scale Effects of Nappe Dispersion in Ski-Jump Energy Dissipation
12. Hydro-Mechanical Evolution and Failure of Geobag-Stabilized Expansive Soil Slopes: Discrete Element Modelling and Experimental Validation
13. Time-Dependent Reliability Analysis of Anchored Soil Slopes Considering Anchor Prestress Attenuation
14. Rotation movement law of overburden structure and design of reasonable stopping caving parameter during end-mining of fully mechanized caving in close-distance coal seams
15. Coupled hydromechanical responses around a roadway excavation in inclined coal–mudstone strata
16. Predicting Inside-Pipe Displacement Efficiency with a Machine-Learning Model Using Experimental Data
17. Interpretable TabPFN-Based prediction of unconfined compressive strength in chemically stabilized soft soils for transportation subgrade applications
18. Compression–Rebound Behavior and Delayed Deformation Mechanism of Cohesive Soils Under Groundwater Level Fluctuations
19. Missingness-Aware Heterogeneous Ensemble Learning for Compression Index Prediction Across Predefined Incomplete-Input Scenarios and Unseen Marine-Clay Sites
20. Study on vibration characteristics of shearer spiral drum and fatigue life prediction of cutting unit housing under multi-factor coupling

Sub-Regions

• Rock Mechanics and Modeling — 15 papers
• Geomechanics and Mining Engineering — 13 papers
• Geotechnical Engineering and Soil Mechanics — 13 papers
• Geotechnical Engineering and Analysis — 13 papers
• Hydraulic flow and structures — 11 papers
• Dam Engineering and Safety — 9 papers