The focus of the paper is on the influence of reinforcement design parameters (ie stiffness,
length and vertical spacing) on the simulated earthquake response of reinforced soil …

The paper describes a simple numerical FLAC model that was developed to simulate the
dynamic response of two instrumented reduced-scale model reinforced soil walls …

Reinforcement plays an important role in seismic stability and performance of reinforced soil
retaining walls, and accurate assessment of reinforcement connection loads is an essential …

This study presents experimental results from shaking table tests on a reduced‐scale
geogrid reinforced soil retaining wall (RSRW) to investigate the seismic response of the …

There are several methods proposed in the last two decades that can be used to design
geosynthetic reinforced soil retaining walls and slopes. The majority of them are based on …

Mechanically stabilized earth (MSE) retaining walls have been successfully implemented in
numerous applications, particularly where dynamic loads such as earthquake and traffic …

A series of reduced-scale models were tested to assess the performance of non-yielding
basement wall due to strip footing constructed adjacent to it. Construction design parameters …

The paper presents rational procedures to estimate normalised shear modulus and dam**
ratio from measured responses of reinforced soil model walls tested in a 1-g shaking table …

In recent earthquakes the performance of reinforced soil retaining walls was diverse. The
Hyogoken-Nambu (Kobe) Earthquake caused serious damage to conventional masonry …

The study regards a reinforced wall of height H= 6 m with ten (n= 10) horizontal
reinforcement layers, uniformly spaced, of length L= 4.2 m, attached to a continuous facing …