Collapsible soils have caused infrastructural damages resulting in several economic losses
and loss of lives in certain cases. The prerequisite for collapse occurring is an open …

The hydro-mechanical behavior of a material is an imminent criterion for assessing the
performance of a liner and sub-base material. Several materials have been explored in the …

The main objective of this research is to investigate the possibility of using waste marble
dust in stabilizing the collapsible soil. The marble dust addition ratios studied in this …

Gypsum is a soluble bonding substance that is one of the soil's problematic components in
Iraq's west. This component dissolves during the wetting process. The behavior of bonded …

This study establishes a foundational framework addressing challenges, implications, and
potential remedies related to collapsible soils. Serving as a cornerstone for global …

Collapsible soils pose significant challenges to engineering projects due to their instability
and sudden changes in volume upon variations in water content. In this study, the collapse …

Massive structures constructed on loess soil are prone to failure owing to sudden alterations
in the soil-structure dynamics upon flooding. Utilizing industrial waste, such as bagasse ash …

In a consequence of climate change's adverse effects, Malaysia's road infrastructure faces
significant challenges, particularly during both dry and rainy seasons, which weaken the …

Increasing extreme weather events and climate change can significantly affect soil moisture
regimes, particularly soil suction, leading to additional challenges associated with …

In this research, the effect of both temperature gradients and varied water content on heat
transfer in collapsible soil is investigated. The study based on one-dimensional laboratory …