Effect of different parameters on cyclic triaxial response of biopolymer treated soil
S Smitha, K Rangaswamy - European Journal of Environmental …, 2022 - Taylor & Francis
Generally, silty sand possesses very negligible cohesion and may fail under dynamic
loading due to liquefaction. To mitigate liquefaction, treatment using biopolymers are now …
loading due to liquefaction. To mitigate liquefaction, treatment using biopolymers are now …
Dynamic properties of biopolymer-treated loose silty sand evaluated by cyclic triaxial test
S Smitha, K Rangaswamy - Journal of Testing …, 2022 - asmedigitalcollection.asme.org
Improvement in certain soil properties because of biopolymer treatment has been found to
imply that it could help in liquefaction mitigation. In this study, the effect of confining pressure …
imply that it could help in liquefaction mitigation. In this study, the effect of confining pressure …
Review on Biopolymer Stabilization—A Natural Alternative for Erosion Control
Soil erosion by agents like wind and water is a serious environmental concern that has a
damaging effect on agricultural activity, surface water quality, construction activities and …
damaging effect on agricultural activity, surface water quality, construction activities and …
Influence of biopolymer treatment on the dynamic properties of silty sand
S Smitha, K Rangaswamy - Indian Geotechnical Conference, 2022 - Springer
The silty sand obtained from Waynad, Kerala was found to be liquefaction susceptible under
saturated condition when subjected to cyclic loading. The stabilization of the soil using agar …
saturated condition when subjected to cyclic loading. The stabilization of the soil using agar …