[HTML][HTML] Use of wheat fiber and nanobentonite to stabilize clay subgrades
Since clayey soils naturally present low mechanical strength, they pose direct challenges for
engineering applications. Finding appropriate soil stabilizers to address the challenges …
engineering applications. Finding appropriate soil stabilizers to address the challenges …
Sustainable utilization of powdered glass to improve the mechanical behavior of fat clay
Civil engineering infrastructure like roads, bridges, railway tracks, and building structures
constructed on fat clay becomes suspicious due to adverse change in the behavior of such …
constructed on fat clay becomes suspicious due to adverse change in the behavior of such …
Bounding surface plasticity model for clay under cyclic loading conditions considering fabric anisotropy
Cyclic loading is encountered in several practical geotechnical problems. Understanding
and modeling cyclic soil responses are key to engineering analysis and design. As one of …
and modeling cyclic soil responses are key to engineering analysis and design. As one of …
Bounding surface rotational hardening model for overconsolidated clay accounting for evolving fabric anisotropy
Soil is inherently anisotropic owing to the sedimentation process under gravity and is
generally under anisotropic stress state in the field. To reflect the influence of anisotropic …
generally under anisotropic stress state in the field. To reflect the influence of anisotropic …
Amelioration of fat clay treated with CNS and cohesionless soils
The present study evaluates the amelioration of fat clay by blending it with cohesive non-
swelling soil (CNS) and cohesionless silty sandy soil (Kassu). The fat clay sample with a …
swelling soil (CNS) and cohesionless silty sandy soil (Kassu). The fat clay sample with a …
[HTML][HTML] Influence of inherent anisotropy on the mechanical properties of normally consolidated clays with a wide range of plasticity indices
Inherent (fabric) anisotropy is one of the most important properties of earthen materials that
significantly influences their strength and stiffness characteristics. In this study, a …
significantly influences their strength and stiffness characteristics. In this study, a …
[HTML][HTML] Field testing of shear strength of granite residual soils
S Yin, P Liu, X Zhang, W He, P Yan, Y Sun - Journal of Rock Mechanics …, 2024 - Elsevier
The characteristics of residual soils are very different from those of sedimentary soils.
Although the strength characteristics of sedimentary soils have been studied extensively, the …
Although the strength characteristics of sedimentary soils have been studied extensively, the …
Strength mechanism of a swelling soil improved with jute fibers: a laboratory treatment
In this paper, results are reported from a series of laboratory tests conducted on a swelling
soil treated with different jute fibers with a twofold objective of reducing their swell …
soil treated with different jute fibers with a twofold objective of reducing their swell …
Amelioration of fat clay treated with cohesive and cohesion less soils
The present study is aimed to evaluate the amelioration of fat clay by blending it with
cohesive non-swelling soil (CNS) and cohesionless silty sandy soil (termed as Kassu). Fat …
cohesive non-swelling soil (CNS) and cohesionless silty sandy soil (termed as Kassu). Fat …
[PDF][PDF] Results in Engineering
M Arabani, MM Shalchian, MM Rahimabadi - researchgate.net
Since clayey soils naturally present low mechanical strength, they pose direct challenges for
engineering applications. Finding appropriate soil stabilizers to address the challenges …
engineering applications. Finding appropriate soil stabilizers to address the challenges …