Soil internal erosion refers to any process that the finer grains are eroded from the matrix of
coarser grains due to seepage. A coupled computational fluid dynamics and discrete …

Evaluating unconsolidated reservoirs' internal stability concerning fine migration is essential
for the commercial development of natural gas hydrate resources. In this pursuit, we use our …

The uniformity of particle flow is the key to the research of quantitative feeding devices.
Ensuring particle motion characteristics will help improve the working performance of the …

Gap-graded soils are widespread as naturally sedimentary soils, and their interaction with
structures is crucial for assessing the workability of the geo-structures. The effect of coarse …

Piping erosion is a crucial trigger for dam breaches. However, the effects of inherent spatial
variability on seepage properties have not been considered adequately, which could lead to …

The physical properties of rock can be obtained through various methods, such as the non-
destructive X-ray computed tomography (X-ray CT). The urgency for a stable property …

Internal erosion is a major threat to hydraulic earth structures, such as river levees and
dams. This paper focuses on suffusion and suffosion phenomena which are caused by the …

Suffusion involves the migration of fines within the soil matrix, which may cause many types
of geohazards. Localized characterization of suffusion is necessary because suffusion is …

Particle shape is one of the critical parameter factors that affect gravel's pore structure and
permeability. However, few studies have considered its effects on engineering applications …

Mixtures of recycled tyre aggregates and common granular geo-material such as gravel and
sand have been widely used for various applications in geotechnical engineering, such as …