The mechanical properties of waste tires make them an interesting secondary raw material
for a wide range of civil engineering applications. Employing whole scrap tires (WSTs) and …

The increased generation of demolition waste has led to the successful implementation of its
utilization in civil engineering projects. The combination of recycled aggregates and …

Introducing a novel ballast material based on reinforcing steel slag aggregates with strips of
scrap tire can be beneficial due to decreasing the crushing and increasing the dam** of …

The increasing population necessitates infrastructural development, and these civil
engineering infrastructures are constructed on soils. Highways, buildings, bridges, railways …

Mechanically stabilized earth (MSE) walls have become more popular among the existing
options for implementing retaining walls worldwide. Specifically, geotextiles have been used …

The study examined the use of recycled tire-derived aggregate (TDA) mixed with kaolin for
retaining wall applications. The effects of the TDA content on the geotechnical properties of …

The recycling and reuse of scrap tires is a popular area of study in sustainability-driven
pavement development. However, several common methods of using scrap tires cannot take …

This article presents the experimental and numerical analysis behavior on Mechanically
Stabilized Earth Wall (MSE) under applied overburden load performed on the 1.5 m high …

The recycling and utilization of waste tires has attracted widespread attention in recent
years. To solve the problems related to the land occupation and pollution of waste tires, this …

The use of geogrid as an extensible material in the soil reinforcement has increased
significantly; moreover, its effects on the efficiency of soil reinforcement are essential for the …