Expansive soils are susceptible to cracking due to significant moisture fluctuations, which
can potentially lead to structural instability. Although geogrid reinforcement is widely used to …

Due to cyclic freezing-thawing and drying-wetting, cracks are commonly encountered in
loess regions and adversely affect the seepage and stability of slope engineering. However …

The continuous expansion at the urban scale has produced a lot of construction waste,
which has created increasingly serious problems in the environmental, social, and economic …

The infiltration of groundwater and surface water is critical for the development of
desiccation cracking of earthen site soils. It potentially leads to changes in the microscopic …

Machine learning models are the viable option contrary to the conventional experimental
procedures that are complicated and tedious for liquefaction potential prediction. This study …