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 …

Reinforced calcareous sand is increasingly recognized as a promising roadbed filler. This
study evaluated the effects of different reinforcement methods, rubber content, dynamic …

To widely apply coral sand aggregate (CSA) concrete in practical ocean engineering, it
requires to have a precious evaluation of its compressive strength in marine environment. In …

With the development of data collection and storage capabilities in recent decades,
abundant data have been accumulated in geotechnical engineering fields, providing …

The hydrate-bearing sediments (HBS) mechanical properties during hydrate dissociation
are important to the safe, efficient and sustainable exploitation of natural gas hydrates …

Geosynthetics reinforced soil techniques are adopted to reinforce the calcareous sand
foundations to improve the stability of the revetment structures in coral reefs. In this research …

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 …

The bearing resistance provided by the geogrid's transverse ribs is a non-negligible aspect
of the strength mechanism in mobilizing the geogrid–soil interface. Therefore, studying its …

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 …

In this study, a method was introduced to validate the presence of a Representative
Elementary Volume (REV) within marine clayey sediment containing cracks during cyclic …