Investigation of Lateral Earth Pressure Distribution Against a Rigid Retaining Wall Under Uniform Surcharge in Single and Two-Layer Soil Through Small- Scale Physical Modeling
In the current study, a series of physical model tests was conducted to evaluate active earth pressure behind a translating rigid retaining wall under a uniform surcharge. Experimental results were compared with the predictions from proposed formulations to estimate the magnitude and distribution of lateral pressures in the failure zone behind a translating rigid wall under a uniform surcharge. The effect of arching is also investigated in single and two-layer soils through small-scale physical modeling and different surcharge combinations.
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The Applicability of Rock Bolt Supporting Factor based on Rock Mass Behavior: A Case Study of Alborz Tunnel
Hamed Farajollahi, Mohammad Mohammadi, *
Journal of Mining and Environement, Spring 2025 -
Numerical modeling of shallow tunnels in unconsolidated sandy soils using a hypo-plastic model
Nader Moussaei, Mohammadhossein Khosravi *, Mohammadfarouq Hossaini
Journal of Aalytical and Numerical Methods in Mining Engineering, -
An Experimental Study on the Performance of Rocking Foundations Constructed on Non-Plastic Silts Using 1g Shaking Table Tests
Arash Esmatkhah Irani, Masoud Hajialilue Bonab *, Fariba Behrooz Sarand,
Earthquake Science and Engineering, -
Experimental Study of the Effect of Chemical and Biological Stabilization on Clay Subgrade Soil
Siamak Shafaghatian, Gholam Moradi *,
Amirkabir Journal of Civil Engineering,