Major structures like offshore platforms, wind turbines, transport infrastructure, tall buildings,
etc., resting on soft compressible clays, are often supported by pile foundations. Apart from …

Soil stabilization may be defined as modifying soil parameters using chemical or physical
processes to improve the engineering quality of the soil. The soil stabilization method aids in …

Cement–admixed clay (CAC) is a widely-used soil stabilization technique for enhancing the
strength and stiffness of soft clay. However, the stress–strain behavior of CAC is complex …

This study presents a two-dimensional (2-D) numerical analysis of the arching behavior of
geosynthetic-reinforced and column-supported embankment, in which the influence of …

The application of stabilized soil is fast expanding around the world, and it is delivering
improvements to the construction industry. Stabilized soil is a popular choice for reinforcing …

The embankments constructed for highways, railways, airfields, etc., resting on soft soils, are
often reinforced with columns to restrict total and differential settlements. The performance of …

The effectiveness of lime columns to improve stability of embankment constructed on soft
consolidating soil is investigated. Along with this, effectiveness of prefabricated vertical …

Basal reinforced deep mixed (DM) column-supported (BRCS) embankments are used for
building highway embankments over soft clay with low shear strength and high …

Weak soils globally pose significant challenges in highway construction under seismic
conditions, causing instability issues such as settlements and slope failures. This poses …

A parametric study employing three-dimensional finite element analysis is used in this paper
to examine the improvement of soft clay and silty loose sand under a road embankment …