This paper aims at the two most common methods used for slope stability analysis. An
attempt has been made to bring out the differences in results of reinforced slope stability …

This study focuses on the stability analysis of slopes reinforced by soil nailing. The effects of
slope geometry and nail parameters on slope stability are investigated using PLAXIS 2D …

The stability analysis of passive bolt-reinforced rock slopes under seismic loads is
investigated within the framework of the kinematic approach of limit analysis theory. A …

This paper aims at testing and numerical modelling of soil slopes reinforced by using screw
nails. Two model soil slopes at 45° and 90° with the horizontal are stabilized by inclusion of …

A series of reduced-scale model tests was conducted on helical soil-nailed walls (HSNWs)
under vertical surface loading to evaluate the effect of length, pattern, and inclination of nails …

In the current study, the performance of helical soil-nailed walls (HSNWs) was evaluated
under bridge abutment using reduced-scale model tests. For this purpose, sixteen wall …

Soil-nailing is a simple and economical method of stabilizing cut slopes and retaining
excavation. Most of the soil-nailing related studies, in particular the experimental work, were …

Although a variety of research works have been carried out to investigate the behavior of
nailed slopes and nail walls, only a few studies are devoted to the optimum design of soil …

Soil nailing is a prevalent and cost-effective technique employed to reinforce and enhance
the stability of precarious natural or cut slopes; however, its application as a primary support …

Soil nailing is a technique to facilitate the stabilization of an existing or a newly constructed
excavation/slope. With the development in field of infrastructure, transportation and other …