This paper presents a review of particle breakage in granular soils by comprehensively
summarizing the measurement of particle breakage, the fundamentals of particle breakage …

Calcareous sand is an important filling material in marine engineering. The accurate
interpretation of the calcareous sand's stress–dilatancy behavior under high-cycle loading …

Various constitutive formulations have been developed over the years to reproduce the
cyclic resistance of sands. A common challenge for existing models is the accurate …

Direct simple shear tests were conducted to investigate the cyclic behaviour, dynamic
properties, and stress–dilatancy relationship of fine-grained silica sand for a wide range of …

Within the multimechanism framework, a micromechanics-based sand model is presented
based upon the bounding surface and critical state theories. This model follows the …

The dynamic assessment of a saturated reinforced-soil retaining wall (SRS-RW) has drawn
considerable interest as several partial or full collapses of retaining walls due to …

Subgrades composed of siliceous sand are often subjected to traffic-induced cyclic loads.
However, there is a knowledge gap regarding the long-term deformation behaviour and non …

It is of great significance to deeply understand the stress damage mechanism of the pile–soil
interface under cyclic loading for the safety control of engineering entities. Large-scale self …

The present study is devoted to the investigation of the dilatancy behaviour of a fine sand
based on hollow cylinder tests. Medium and dense samples were tested at a constant …

This paper presents a multishear bounding surface model for sands that considers evolving
fabric anisotropy. The model is formulated by decomposing the overall response into a …