Large earthquakes initiate chains of surface processes that last much longer than the brief
moments of strong shaking. Most moderate‐and large‐magnitude earthquakes trigger …

Interest in renewable and clean energy over the past decade has motivated immense
research on wind energy. The main issues in design of offshore wind turbines in regions of …

近年来, 随着交通和能源基础设施建设的快速发展, 循环动载引起的工程问题使得土动力学与岩
土地震工程的研究面临许多新的课题. 文章简要评述土动力学与岩土地震工程在国内外的研究 …

In practical engineering, cyclic shear stresses induced by earthquakes, traffic, and waves
are superimposed on the initial static shear stress in sand fills or deposits, leading to …

A constitutive soil model that was originally developed to model liquefaction and cyclic
mobility has been updated to comply with the established guidelines on the dependence of …

This work presents a critical state plasticity model for predicting the response of sands to
cyclic loading. The well-known bounding surface SANISAND framework by Dafalias and …

The field of biogeotechnics has emerged from the realization that processes intrinsic to
natural systems can provide new approaches and inspiration through which the efficiency …

A plasticity model for representing clays and plastic silts, as opposed to purely nonplastic
silts or sand, in geotechnical earthquake engineering applications is presented. The PM4Silt …

Abstract The Canterbury Earthquake Sequence produced a spatial pattern of liquefaction-
induced surface ejecta at an open field along Palinurus Road in Christchurch, New Zealand …

Geospatial models for predicting soil liquefaction infer subsurface traits via satellite remote
sensing and mapped information, rather than directly measure them with subsurface tests …