Abstract The 2018 Hokkaido Eastern Iburi M w 6.6 earthquake occurred on September 6,
2018. It triggered a large amount of slope failures near the towns of Atsuma, Mukawa, and …

The instability of irrigation reservoir bank slopes in cold regions has seriously affected the
benign development of irrigation areas and agricultural production in recent years. To …

As the global climate warms, the frequency of soil slope failures induced by snowmelt is
gradually increasing, especially loess landslide disasters in seasonally frozen areas …

The frequency of snowmelt‐induced soil slope instabilities is increasing in some seasonally
cold regions because of climate change. Reliable hazard assessment and risk mitigation of …

Runoff generated by heavy rainfall in natural catchment area and caused by ditch clogging
in artificial structure increases the instability of the slope. The effects of runoff are usually …

In 2005, the Japanese government launched a new nationwide early warning system for
predicting debris flow and slope failure disasters based on rainfall intensity and the Soil …

In civil engineering, stability analysis of slope is one of the main content of design. By using
the finite element limit analysis software OptumG2, a landslide geological model is …

Although deterioration of soil due to freeze–thaw cycles has been investigated based on
element tests and small-scale laboratory model tests, there still lacks fundamental …

Cutting slope failures occur frequently along the high-speed railways in Northeast China
during the construction due to snowmelt infiltration. This study addresses this issue by …

The stability of slopes in cold regions is governed by complex interactions between thermal,
hydrological, and mechanical processes. This paper proposes a multiphysics model to …