River-damming by landslides is a widespread phenomenon around the world. Recent
advances in remote sensing technology and the rising commercial availability of their …

The flow direction is generally different from the gravity direction in geotechnical structures
or slopes, the effect of which during suffusion remains unclear. This paper presents a …

Seepage-induced fine-particle migration that leads to a change in the conductivity of a soil
matrix is referred to as internal instability. This could jeopardize the structural integrity of the …

The internal erosion of soils is a critical factor that can cause infiltration damage in slope and
embankment works. Under conditions of heavy rainfall, storm surge, and waves, the soil is …

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 …

Suffusion is a selective erosion of fine particles under the effect of seepage flow within the
matrix of coarser particles. This complex phenomenon appears as a combination of three …

One of the major causes of instability in geotechnical structures such as dikes or earth dams
is the phenomenon of suffusion including detachment, transport and filtration of fine particles …

As a typical form of internal erosion, suffusion refers to the detachment and migration of fine
particles through voids among coarse particles driven by seepage flow. This paper studies …

Numerous offshore transportation infrastructures built with delicate calcareous sand (CS)
experience intricate seepage conditions caused by tidal fluctuations. Traffic loads can cause …

This paper attempts to formulate a coupled practical model in the framework of continuum
mechanics to evaluate the phenomenon of internal erosion and its consequences on the …