The satisfactory performance of the soil-nailed walls during strong ground motions and their
superior flexibility compared to the other guard structures makes them a preferable …

The suitable performance of nail walls during strong ground movements as well as flexibility
than to other guard structures such as retaining walls makes it more evident that this system …

A landslide is a geological event involving a wide range of ground motions that leads to the
collapse of soil slope. The stabilization of these soil slopes is done by constructing retaining …

Soil nailing as a construction practice has turned into a prime earth retention and slope
stabilization technique. Present study undertakes potential parametric optimization in soil …

A series of 1-g shaking table tests were performed on five reduced-scale soil-nailed wall
models to investigate the influence of peak acceleration, loading duration, and nail length on …

A series of shaking table tests will be carried out on 0.4 m high instrumented soil nailed
embankments. The important parameters considered in this study consist of a combination …

To assess the seismic performance of soil-nailed walls, a series of 1 g shaking table tests
was conducted on 0.8 m high wall models with different nail lengths. It was found that the …

The application of geofoam buffers in nailed walls to reduce lateral earth pressure on the
retaining wall facing is investigated in this study. The research focuses on the efficiency of …

Deep excavation is a common part of development to utilize underground space in densely
populated areas. Protection of contiguous building and properties is a primary design …

Soil nailing is commonly used to stabilize cut slopes and earth retaining structures,
embankments and sometimes to reduce the lateral earth pressure on retaining wall. This is …