The anchor cable is an excellent reinforcement device for enhancing slope performance
subjected to earthquakes. Thus, this work combines the minimum potential energy principle …

Based on limit analysis and pseudo-dynamic methods, a proposed method for evaluating
slope stability under seismic conditions that considers dynamic changes in the axial force of …

The anchor cable is a widely used reinforcement device in geotechnical engineering.
However, conservative assessment results are provided by existing methods due to …

Instability of slope induced by earthquake seriously affects casualties and property losses
and hinders earthquake rescue, so the study of slope displacement under earthquake is of …

Pre-stressed anchor cables are widely used in slope engineering for effectively improving
slope stability as a reinforcement measure. Based on assumptions of stresses on a slip …

Anchor cables are an important branch of geotechnical engineering and are widely used in
slope reinforcement. The Wenchuan earthquake showed that the anchor cable fracture can …

The study focuses on the anti-slide pile structure with space anchor cable, designing and
conducting the large-scale shaking table test of bedrock and overburden layer slope with …

Seismic displacements are critical analysis components for evaluating the slope stability
during earthquakes and essentially regulated by the yield acceleration of slopes. The …

This study aims to develop an effective approach to conduct the three-dimensional (3D)
modified pseudo-dynamic stability analysis of slopes reinforced using inclined soil nails …

The required reinforcement force to prevent instability and the yield acceleration of
reinforced slopes are computed under seismic loading by applying the kinematic approach …