The high-temperature climate, dynamic stress loading and soil particle dimension have non-
negligible influence on the interface interaction between marine coral sand and polymer …

Abstract The effect of thickness (4.8 and 4.1 mm) on the degradation of two bituminous
geomembranes (BGMs), when immersed in a synthetic leachate is investigated over a …

The mechanical response of the marine reef sand–geogrid (RG) interface can be influenced
by a high-temperature climate, grain size, and variable stress environments. These factors …

In ocean engineering, polymer layer is often adopted as waterproof materials, and the
mechanical behaviour of marine sand-polymer layer interfaces has significant influence on …

The degradation behaviour of a 4.8 mm thick elastomeric bituminous geomembrane (BGM)
immersed in pH 0.5, 9.5, and 11.5 synthetic mining solutions is examined over 26 months at …

This paper is a summary of many of the key findings on the application of geosynthetics in
tailings storage facilities. Topics include the compressibility and permeability of tailings, the …

Municipal solid waste (MSW) has huge potential to be recycled as construction material,
which would have significant benefits for environmental conservation. However, the …

Preciously assessing the creep mechanical response of sand–geomembrane interfaces is
vital for the design of relevant engineering applications, which is inevitable to be influenced …

Diffusion of volatile organic compounds (VOCs) through a 4.1 mm elastomeric bituminous
geomembrane (BGM) is investigated using a dilute aqueous solution of four aromatic …

A custom-designed apparatus (referred to as the Ageing Column) is used to age a 4.8-mm
thick elastomeric bituminous geomembrane (BGM) under single-sided exposure to a …