The application of recycled materials for soil improvement is advantageous from the
viewpoint of lowering construction costs, preventing depletion of natural resources, and …

A series of monotonic and multidirectional cyclic simple shear tests were performed on
reconstituted fiber-reinforced calcareous sand specimens prepared by the dry deposition …

The presence of non-biodegradable plastic waste is a serious concern for the health of
endangered species. The present study is based on the sustainable utilisation of …

Sustainability has garnered significant attention from the global engineering community in
recent years. Explorations into the utilization of sustainable materials for enhancing soil …

Using low-cost polymeric geosynthetics has proven to be a sustainable solution for a wide
range of geotechnical problems, including liquefaction and associated disasters. The grain …

A study on the liquefaction resistance of calcareous sands reinforced with polypropylene
fibers was reported. Stress-controlled cyclic simple shear tests were conducted on …

To explore the feasibility of geogrid reinforcement as a promising countermeasure to
improve the liquefaction and post-liquefaction resistance of calcareous sand, extensive …

To provide new insights into the liquefaction and post-liquefaction behaviors of calcareous
sand with and without geosynthetics reinforcement, a series of multi-stage cyclic triaxial tests …

This paper presents a fundamental study to explore the independent effects of grain size
and shape on the pre-liquefaction, liquefaction, and post-liquefaction shearing behaviour of …

Though the qualitative effects of grain size and grain shape on the tendency or resistance of
a sand to liquefaction are well established, quantitative correlations between them are …