Biopolymers have recently been used as ecofriendly materials for soil improvement in terms
of stabilization, compressibility, and engineering parameters. The objective of this study is to …

The engineering properties of rigid–soft mixtures (ie, sand-tire chip mixtures) under static
loading conditions have been extensively studied; however, the corresponding properties …

The dynamic response of gap-graded soils is complex; it requires massive experimental and
theoretical investigation in order for a sound understanding to be developed. The complexity …

In the geological field, unexpected tailing failures have recently occurred and caused critical
damage. The objective of this study was to evaluate the porosity of mine tailing using …

Sand–rubber mixtures used in transportation infrastructure experience repetitive loading.
Hence, in this study, the mixtures of rigid sand particles and soft tire chip particles with two …

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 …

This study proposes a novel method for assessing the evolution of relative density and shear
wave velocity that vary with depth and effective stress in non-compacted embankment …

Collapsible soils pose significant challenges to engineering projects due to their instability
and sudden changes in volume upon variations in water content. In this study, the collapse …

Although the internal stress state of soils can be affected by repetitive loading, there are few
studies evaluating the lateral stress (or K 0) of soils under repetitive loading. This study …

Gap-graded cohesionless soils are extensively utilized in numerous man-made
geotechnical structures such as earthen embankments, man-made fills and used for the …