Local fine-grained soils were usually used as backfill for geosynthetic-reinforced soil
retaining walls (GSRWs). However, there are few studies on the seismic response in this …

Construction of mechanically stabilized earth (MSE) walls in multi-tiered configurations is a
promising solution for increasing the height of such walls. The good performance of this type …

With increasing construction feasibility, lower costs and proven performance throughout past
major seismic events, MSE retention systems have become one of the more preferred …

Earthquakes and rainfall often occur together, and their combined effects on reinforced soil
retaining walls (RSRW) are not investigated in detail. In this paper, shaking table tests were …

Purpose To study the impact of altitudinal variation along the north and south facing slope
aspects characterized by diverse native vegetation on soil organic carbon (C) dynamics due …

In this study, the seismic behavior of a mechanically stabilized earth (MSE) wall with inclined
backfill is investigated under sinusoidal acceleration excitations using a series of 1-g …

The reinforced earth retaining wall is an engineered earth block to support the earth and
various infrastructures. It consists of earth reinforcement, facing walls, and backfill structural …

A series of model tests were conducted to investigate the performance of geosynthetic-
reinforced soil (GRS) walls with marginal backfill subjected to rainfall infiltration. The …

Geosynthetic-reinforced soil (GRS) integral bridge was developed to overcome several
inherent serious problems with conventional type bridges comprising a simple-supported …

This paper presents experimental results from shaking table tests on two reduced-scale
geogrid reinforced soil retaining wall (RSRW) constructed using standard soil, modular …