Coupled with poor urban development, the increasing urban population of many Sub-
Saharan African countries is subject to recurrent severe flooding episodes. In response to …

The existing slope stability research, which is based on the fluid–solid coupling theory, is
mainly focused on the slopes of central and eastern China. The impact of rainfall on the …

High intensity rainfall leads to slope failures that are initially unsaturated. Rainfall is the main
triggering factor for the slope failure; however, the denseness of the soil with associated soil …

The objective of this research is to improve the strength characteristics of red clay as a
subgrade filler and increase the stability of subgrade engineering. During the laboratory …

Red clay is widely distributed in Zhejiang Province, China. Rain-induced shallow landslides
easily occur on red clay slopes due to the reduction in shear strength caused by rainwater …

Excavation of a 16-m deep shaft was suspended due to groundwater drawdown of about 4.5
m that led to nearby ground subsidence and settlement of infrastructure. As a remedial …

Torrential rainfall is one of the significant factors contributing to shallow slope failures. This
study discusses the effect of the different filter gabion sizes against slope instability due to …

Red clay was a special roadbed filling soil that was easy to expand and shrink because of
the characteristics of high liquid limit and high porosity, leading to the appearance of a large …

Numerical modelling of coupled seepage-deformation subjected to rainfall infiltration in
unsaturated slope | Emerald Insight Books and journals Case studies Expert Briefings Open …

Slope instability poses serious threats to infrastructure and environmental sustainability. As
a result, numerous reinforcement techniques have been used as disaster mitigation attempts …