Soil–nailing technology is widely applied in practice for reinforcing slopes. A series of
centrifuge model tests was conducted on slopes reinforced with a soil nail wall under three …

Abstract Machine learning (ML) approaches have stormed nearly all engineering fields
since recent years. However, the situation is somehow subtle in civil engineering practice …

A series of centrifuge model tests was conducted on a nail-reinforced slope under vertical
surface loading conditions considering different slope gradients and nail lengths. The …

Soil nails have been widely used to retain excavations and stabilize steep cutslopes. A
series of dynamic centrifuge model tests were conducted on nail-reinforced and …

The performance of a soil-nailed slope is significantly influenced by the slope geometry, nail
parameters and facing material types. The objective of the present study was to examine the …

This study compiles a broad database containing 312 measured maximum soil nail loads
under operational conditions. The database is used to re-assess the prediction accuracies of …

The current research was undertaken to study the effect of surcharge magnitude on soil-
nailed wall behaviour by modelling an excavation using a geotechnical centrifuge and …

Cet article présente des études numériques et des expériences en laboratoire pour étudier
les caractéristiques de rupture de talus et les méthodes couramment utilisées pour la …

Soil nailing is an in-situ soil reinforcement technique that is used to enhance the stability of
land slopes, retaining walls and excavations. This technique involves the installation of …

A series of centrifuge tests were performed to evaluate surcharge effects on the behavior of
nailed vertical excavations. The primary purpose was to observe the mechanism of failure …