The finite element technique has been accepted as a tool for modeling geotechnical
complex processes. In this study, finite element (FE) modeling of various stages of the soil …

Urban development and rapid extension of cities have been accompanied by considerable
growth in excavation projects. Soil nail walls have been found to be an economical solution …

This study numerically evaluates the influence of excavation execution procedures in
combination with the nail stiffness, facing stiffness and inclination, surcharge width and …

The pullout resistance and displacement performance of reinforcement have significant
effects on the safe and economic design of a reinforced-soil system. In this study, the nail …

Analytical energy dissipation models of nail-soil systems under the ultimate limit state are
rare. In this study, a rigorous plastic energy dissipation model (RPEDM) is employed and a …

The performance of soil nailed walls is evaluated based on lateral displacements, especially
in high walls. In this study, the displacement behavior of nailed walls, which are frequently …

In recent years, structuralized cementation technology has been applied to reinforce coarse-
grained soil slopes. The structuralized cemented slope has a gradient area where the …

Coal-bearing soil slopes are associated with a high risk of landslides when subjected to
high soil water content. Steel bars have been used as soil nailing for slope stabilization; …

An experimental simulation of cyclic and postcyclic pullout resistance for cement-grouted
soil nails in the sand is presented for the first time. Occasionally, soil nails in excavations …

This paper presents analysis and discussion of an urban vertical excavation, with the soil
nailing technique, in fine-grained soils with high plasticity. The excavation was numerically …