This paper reviews commonly used parameters and prediction models for assessing the
permeability of granular soils. Following a review of published models for prediction of soil …

This study examines the influence of the fly ash material on the shear strength
characteristics and stress–dilatancy response of two categories of sands with different …

Gap graded natural sand is widely used in hydraulic structures, foundation treatment and
recharge well fillers, and it's also common in geological structures such as landslide …

The particle size is one of the most important factors influencing the behavior of soils. To
study the impact of extreme particle diameters (Dmax and Dmin) and mean grain diameter …

Despite several parameters having been identified as having an impact on the undrained
monotonic response of granular soils, the impact of the overconsolidation ratio (OCR) is still …

The particle characteristics of sandy soils play a major role in the shear strength response in
terms of the flow potential and friction index of partially saturated sandy soils. In this context …

This paper presents the results of an experimental investigation carried out to evaluate the
effects of fly ash (FA) on the coarse-grained soils compaction response and shear …

Internal erosion refers to the seepage-induced fine particle migration phenomenon in soil.
Deep alluviums in valleys usually contain cohesionless gap-graded sandy gravels with poor …

The proposed research of this experimental investigation aims to study the effects of fines
content, fabrics type and confining pressure on the undrained shear strength response of …

The hydraulic conductivity of a granular porous medium depends on parameters such as the
porosity, particles shape and fluid viscosity. Although other factors may affect the …