With the increasing awareness of environmental protection, the problem of heavy metal
pollution in soil has received greater attention. The bottom vacuum leaching remediation …

Internal instability is a phenomenon of fine particle redistribution in granular materials under
the seepage action and consequent change in the soil's internal structure and hydraulic and …

The detached clay particles directly filtrated through the sand-clay mixture lead to suffusion;
however, if the detached clay particles are subjected to reattachment, the degree of …

Mud pumping that is deliberately avoided in the design of a ballastless high-speed railway
still occurs and induces extraordinary track vibrations. In this study, in situ investigations and …

The suffusion mechanism of well graded gravels in the application of high speed railway
roadbed is still not fully understood. Field inspections of high speed railway show that …

Internal erosion refers to the movement of fine particles within soil framework due to
subsurface water seepage. Existing criteria for assessing internal erosion usually are based …

The susceptibility of a granular soil to suffusion is strongly dependent on its grain size
distribution (GSD) and the mechanical and hydraulic conditions it is subjected to. This study …

The model box test of Cu and Zn composite contaminated clay was conducted to perfect the
treatment technique for low permeability contaminated soil—bottom vacuum leaching …

Foundation settlement and collapse disasters resulting from seepage deformation in
hydraulic-filled islands and reefs have been observed in the South China Sea, but the …

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 …