The non-linear mechanical behaviors of bimrock under static loading conditions have been
widely studied currently. To data, however, the fatigue responses of bimrock with various …

This paper discusses the multi‐level cyclic triaxial testing of bimsoils (block‐in‐matrix soils),
which are chaotic, mechanically and/or spatially heterogeneous geological masses in …

More and more earthquake cases demonstrate that sandy deposits may be more prone to
becoming liquefied again in aftershock events. This phenomenon has also been …

Liquefaction damage from earthquakes frequently indicates effects of sand aging on
liquefaction resistance: Liquefaction damage in natural or aged reclaimed ground has been …

Surface mining may be humanity's most tangible impact on Earth's surface and will become
more prevalent as the energy transition progresses. Prediction of post-mining landscape …

Seismic histories induced by minor earthquakes could improve the sand liquefaction
resistance, whereas those induced by strong earthquakes could decrease the sand …

Liquefaction resistance is known to increase concomitantly with the increase in time after
construction or sedimentation. Nevertheless, the mechanisms of its aging effect on …

This study uses laboratory tests and theoretical analysis to adopt a triaxial computer-
controlled rock deformation system for studying the dynamic damage characteristics of coal …

Liquefaction and associated ground deformations are one of the major causes of the
devastating damage to the foundations and structures during earthquakes. Past research …