Volume instability of expansive soils due to moisture fluctuations is often disastrous, causing
severe damages and distortions in the supported structures. It is, therefore, necessary to …

Soil stabilization is a technique to improve the engineering and geotechnical properties of
soils such as mechanical strength, permeability, compressibility, durability and plasticity …

An experimental program was conducted to explore the impact of nanosilica on the
microstructure and mechanical characteristics of cemented sandy soil. Cement agent …

This investigation aims to assess the nano-silica and silica fume effectiveness on
engineering clay soils' characteristics stabilized with cement kiln dust. Laboratory tests …

Inrecent years, large steps have been taken in the field of nanotechnology, and many
nanotechnology-based breakthroughs have been made in geotechnical engineering. It is …

In the marine environment, cement soils are subject to a variety of adverse conditions,
including seawater corrosion, dry and wet cycles, and dynamic loading. These …

Microbially induced calcium carbonate precipitation (MICP) is a nature-based technique that
has been developed over the past two decades for soil stabilization. However, the use of …

Randomly distributed fiber and cement can be used for various purposes. However, no
attention has been paid to the use of randomly distributed fiber and cement on seismic wave …

Soil stabilization using nano-additives is one of the trending developments of the decade.
Many novel nano-stabilizers were tested by researchers for ground improvement …

The traditional soil stabilization techniques, which primarily include calcium-rich additives,
are gradually replaced by environmentally friendly techniques as the former increases the …