Expansive soils are problematic for direct engineering applications in their natural state
because of the shrink-swell phenomenon. Numerous stabilizers and methods have been …

Soil is one of the most important construction materials in the world. It has been effectively
exploited for various purposes, such as building social infrastructures, growing agricultural …

For practical deployment of lime-stabilized subgrade in the engineering field, laboratory and
field-based pavement design studies highlight the significance of simpler preparation and …

It is of fundamental importance in geotechnical engineering practice to have a
comprehensive understanding of how the mechanical properties of widespread alluvial soils …

Soil stabilization, is a crucial aspect of civil engineering, entails the modification of soil
properties to meet specific engineering standards. This is conventionally achieved through …

Utilizing waste materials to improve soil properties can reduce construction costs, benefiting
the environment. To this end, studies are conducted to examine the potential for using …

Landslides are one of the natural hazards, which have significant negative effects on both
humans and the environment. Thus, slope stability analyses and stabilization processes are …

Due to the humidity difference between fine-grained clay and atmosphere environment, the
complex crack network is formed, which is the main channel for water storage and migration …

Biopolymers are gaining popularity as ecofriendly soil stabilizers owing to their numerous
advantages, including increased ground strength, erosion resistance, enhanced water …

Soft clay is categorized as problematic due to its weak and dispersive properties which
requires stabilization. In Malaysia, there is another challenge, the increment of palm oil …