Stress transmission in internally unstable gap-graded soils using discrete element modeling
Three dimensional discrete element modeling is employed to investigate micromechanical
behavior of internally unstable/stable gap-graded soils under isotropic compression. Two …
behavior of internally unstable/stable gap-graded soils under isotropic compression. Two …
A comparison of micromechanical assessments with internal stability/instability criteria for soils
Suffusion is the erosion of small particles through the skeleton of coarse grains. Soils
susceptible to suffusion are described as internally unstable. In this study three dimensional …
susceptible to suffusion are described as internally unstable. In this study three dimensional …
Numerical Modeling of Soil Internal Erosion Mechanism
H Tao - 2018 - rave.ohiolink.edu
Internal erosion and pi** are main causes of failures and accidents to embankment dams.
The risk of internal erosion and pi** for new dams can be controlled by better design and …
The risk of internal erosion and pi** for new dams can be controlled by better design and …
Numerical modeling and analysis of suffusion patterns for granular soils
Migration of fine particles through constrictions between coarser fabrics by seepage force is
the process termed suffusion. A coarser soil structure resulted from fines loss will lead to …
the process termed suffusion. A coarser soil structure resulted from fines loss will lead to …
[PDF][PDF] Suffusion patterns for granular soils: Observations from Numerical Simulations
ABSTRACT 1 Fine particles migrate through voids of coarse fabrics by seepage force in a
process called 2 suffusion. A coarse soil structure resulting from fines loss will lead to …
process called 2 suffusion. A coarse soil structure resulting from fines loss will lead to …