[图书][B] Chemical stabilization of expansive soils using liquid ionic soil stabilizers (LISS)

S He - 2019 - search.proquest.com
Traditional soil stabilizers such as lime and cement are widely used to reduce swell and
shrinkage behavior and enhance strength properties of expansive soils through the …

Effect of fines on hysteretic hydraulic conductivity of unsaturated soil

P Bhaskar, B Boluk, L Mosadegh, A Banerjee… - Geo-Congress …, 2020 - ascelibrary.org
Soil cover systems such as capillary barriers and compacted covers experience cyclic drying
and wetting induced by evaporation and infiltration. These wetting and drying cycles have …

Inverse analysis of a failed highway embankment slope in north texas

B Boluk, S Chakraborty, AJ Puppala… - Advances in Transportation …, 2021 - Springer
Expansive clayey soils undergo significant volumetric changes, and desiccation cracks
develop due to wetting and drying cycles. The presence of desiccation cracks changes the …

Evaluation of Metakaolin-based geopolymer as a stabilizing agent for expansive soil

AD Ahmed - 2021 - repository.aust.edu.ng
The prevailing method currently used in treating and stabilizing expansive soil is chemical
stabilization. The two materials that are widely used in this regard are lime and cement. They …

Integrated full-scale physical experiments and numerical modeling of the performance and rehabilitation of highway embankments

N Jafari, A Puppala, S Chakraborty, B Boluk - 2019 - repository.lsu.edu
The study aimed to fundamentally understand how soil strength and hydraulic properties are
impacted by recurring cycles of wetting and drying induced by climate variability, with the …

A Comprehensive Framework to Mitigate Surficial Slope Failures

B Boluk - 2021 - search.proquest.com
Each year, numerous highway and dam slopes that are built with high plasticity clays
experience shallow slope failures. Besides the high maintenance and repair costs, these …

[引用][C] Role of silica-based co-additives for effective treatment of expansive soils

N Biswas - 2022