Soil improvement for engineering practice has been introduced for many years. The main
purpose is to help the soil meet the requirement of the specific engineering projects. Soil can …

La investigación busca establecer una técnica de estabilización de suelos a través de
residuos de la actividad agrícola, donde la ceniza de cáscara de arroz se analiza como un …

Utilizing waste materials to improve soil properties can reduce construction costs, benefiting
the environment. To this end, studies are conducted to examine the potential for using …

Expansive soils pose great risk to the structural integrity of many overlying structures. Given
the impracticality of mechanical means of ground improvement in smaller projects, chemical …

Due to the intricate geological formation of geomaterials, they often exhibit a range of
attributes at different sites on a given site. This has posed a problem for geotechnical …

Mining minerals results in a waste material called mine tailings. In the Philippines, these
waste materials are considered valueless and are just stored at tailing dams. The increasing …

Soils with a significant proportion of clay or silt tend to have poor geotechnical
characteristics (such as volumetric change and low strength) when exposed to varying …

Expansive soils are problematic soils that exhibit shrink-swell behavior. Previous research
has shown that 20% rice husk ash (RHA) effectively reduces the swelling potential of …

Soils and rocks are natural geomaterials, and a variety of spatially varying factors influence
their properties during their complex geological formation phase. As a result, geomaterials …

Featured Application This research paper encourages repurposing waste material for
ground improvement. The results of this study contribute towards a greater understanding of …