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 …

Seismic stability is of vital importance for municipal solid waste (MSW) landfills and this
study proposes an advanced numerical approach considering material and contact …

Tensile strain development in high-density polyethylene (HDPE) geomembrane (GMB) liner
systems in landfills was numerically investigated. A new constitutive model for municipal …

Integrity of composite liner system is closely related to the serviceability of Municipal Solid
Waste (MSW) landfill and should be taken into account in the seismic design of landfill …

A sanitary landfill with significant sliding indications was studied through field investigations
and numerical analyses. A translational deformation mode was discovered, and the …

A constitutive model is developed to describe the stress–strain–time behavior for
decomposing municipal solid waste (MSW) within a critical state soil mechanics framework …

Understanding the load transfer mechanism can support engineers having more economical
design of geosynthetic reinforced piled embankments. This study aims to investigate the …

This study presents an innovative methodology for predicting seismic-induced sliding
displacement, a key determinant in evaluating the seismic stability of landfills. The novelty of …

This study investigates how the shear rate can affect the geomembrane–protective
geotextile friction angle. Four types of geomembranes (GMB) were considered (EPDM …

The vertical expansion of existing landfills can hold significant amounts of domestic waste
and solve practical difficulties such as local government site selection. This research topic …