Stabilization of expansive clays by combined effects of geopolymerization and fiber reinforcement
Expansive soil exhibits significantly low volumetric stability when exposed to moisture
fluctuations, rendering it unsuitable for use in geotechnical applications. The present study …
fluctuations, rendering it unsuitable for use in geotechnical applications. The present study …
Stabilization of expansive clayey soil with alkali activated binders
Expansive soil is predominantly impervious and exhibits dual nature (swelling/shrinkage)
when exposed to moisture fluctuation. It is difficult to control the heave action which renders …
when exposed to moisture fluctuation. It is difficult to control the heave action which renders …
Stabilization of expansive clay by fibre-reinforced alkali-activated binder: an experimental investigation and prediction modelling
Expansive black cotton soil (BCS) exhibits low volumetric stability due to moisture
imbalance. Traditional binders like lime and cement show a massive impact on environment …
imbalance. Traditional binders like lime and cement show a massive impact on environment …
Freeze–Thaw Characteristics of Slaking Marl Clay Stabilized with a Binder Based on Alkali-Activated Recycled Glass Powder
M Jamalimoghadam, H Bahmyari - Journal of Materials in Civil …, 2023 - ascelibrary.org
Marl soils with different carbonate contents usually show more unpredictable behavior than
other problematic soils. In some marl soil groups, freezing–thawing (FT) cycles can result in …
other problematic soils. In some marl soil groups, freezing–thawing (FT) cycles can result in …
Solidification/stabilization of copper-contaminated soil using magnesia-activated blast furnace slag
The effluents discharging from various industrial and anthropogenic activities may contain
traces of heavy metals. In most countries, these effluents are being disposed into landfills or …
traces of heavy metals. In most countries, these effluents are being disposed into landfills or …
Engineered reclamation fill material created from excavated soft material and granulated blast furnace slag
G Ding, J Xu, Y Wei, R Chen, X Li - Resources, Conservation and Recycling, 2019 - Elsevier
Due to the rapid development and population growth, many coastal areas and countries are
in shortage of land space. Large amount soft soil generated from excavation work has been …
in shortage of land space. Large amount soft soil generated from excavation work has been …
Swelling behavior of alkali transformed kaolinitic clays treated with flyash and ground granulated blast furnace slag
Unexpected volume changes manifested in the soil beds due to accidental release of alkalis
from industrial establishments has become a major challenge. The neogenic formation that …
from industrial establishments has become a major challenge. The neogenic formation that …
An investigation of nonmagnetic iron slag effect on engineering parameters of expansive soil and its statistical validation
Soil is a surface material formed from the disintegration of rock under physical and chemical
processes. Each soil has different characteristics because of the formation process. The …
processes. Each soil has different characteristics because of the formation process. The …
Assessing the synergistic effects of GGBS and glass fiber on expansive soil behavior using response surface methodology
Numerous techniques are available to improve soils characterized by inadequate shear
strength, bearing capacity, and other swelling parameters, which can jeopardize the stability …
strength, bearing capacity, and other swelling parameters, which can jeopardize the stability …
[PDF][PDF] Assessment of the Swelling Behavior of NaOH-Contaminated Red Earth in the Visakhapatnam Region of India Using X-ray Diffraction Analysis.
Research on the impact of alkali contamination on the swelling behavior of red earth in the
Visakhapatnam region has been notably limited. Therefore, this study aims to investigate the …
Visakhapatnam region has been notably limited. Therefore, this study aims to investigate the …