Many studies have reported that the seismic responses of slopes and retaining structures
are notably different under the effect of multiple seismic waves. Previous experimental …

An anchored pile structure is a type of retaining structure that is widely used in excavation
support systems, water-front structures, slope stabilization, and landslide prevention. This …

Pile-anchor structures are now widely used in major slope reinforcement projects, but
research on the seismic response of slopes reinforced by these structures has been very …

In the present study, a series of shaking table model tests were performed on a slope with a
gabion reinforced retaining wall. Transfer functions were employed to compute the inherent …

Owing to its low shear strength, the presence of a weak interlayer frequently plays an
adverse role on slope stability. Through a shaking table test, this study investigated the …

The frequency of earthquake-triggered landslides has increased in recent years, thus
urgently necessitating the development of prevention and control strategies to mitigate such …

The pile-anchor structure is one of the most commonly used and effective methods in slope
treatment. However, the dynamic behavior of slope reinforcement using a pile-anchor …

Many post-earthquake investigations have found that natural slopes and geotechnical
structures near the faults can be seriously damaged by earthquakes. Pile-anchor structure is …

Anchored stabilizing piles (ASPs) are now extensively applied as an effective method in
landslide treatment, but systematic studies ASPs in landslides are still lacking. The behavior …

To study the seismic response of permafrost slopes supported by the thermal anchor pipe
during different freeze-thaw periods, the simplified dynamic calculation model of the thermal …