The objective of the paper is to give an update in key topics related to performance issues of
barrier systems for landfills. The objective of using barrier systems is to minimize the impact …

A new analytical model for organic contaminant transport through GMB/CCL (geomembrane
and compacted clay liner) composite liner is developed, which can consider adsorption …

A triple-layer composite liner consisting of a geomembrane liner (GMB), a geosynthetic clay
liner (GCL) and a compacted clay liner (CCL) is commonly used at the landfill bottom liner …

Predictions of contaminant transport in landfill composite liners are essential to assess the
risk of groundwater pollution. The amount of soil organic carbon is strongly depth …

The composite liner system, which consists of geomembrane (GM) and geosynthetics clay
liner (GCL), is usually used to prevent the toxic landfill leachate from migrating into the …

Barriers consisting of a composite geomembrane (GMB) and compacted clay liner (CCL) are
the most widely used systems for the landfill bottom liner. It is anticipated that for the case of …

This study is used to investigate the exact explicit solutions and dynamical behaviors of the
(1+ 1)-dimensional integrable system of Drinfel'd–Sokolov–Wilson equations in dispersive …

Cutoff walls are widely used as in-situ vertical barriers to control pollution plumes migration
in aquifer. A two-dimensional analytical model for the transport of organic contaminants …

Electro-osmotic consolidation can be used as a valid and innovative technique for ground
improvement. Considering the limitation of previous studies that layered soil heterogeneity …

Analytical model for transient contaminant transport in clay barrier under combined effects of
diffusion, adsorption and consolidation processes are developed. The generalized integral …