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Role of Bimodal Water Retention Curve on the Unsaturated Shear Strength
Alfrendo Satyanaga
, Nail Bairakhmetov
,
Jong R. Kim
,
Sung Woo Moon
School of Engineering and Digital Sciences
Nazarbayev University
Research output
:
Contribution to journal
›
Article
›
peer-review
27
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Citations (Scopus)
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Keyphrases
Unsaturated Shear Strength
100%
Water Retention Curve
100%
Dual Porosity
60%
Soil Shear Strength
40%
Rainfall
20%
Nonlinearity
20%
Mathematical Equations
20%
Slope Stability
20%
Excessive Settlement
20%
Geotechnical Issue
20%
Climatic Conditions
20%
Problematic Soils
20%
Unsaturated Soil Mechanics
20%
Retaining Wall
20%
Geotechnical Problems
20%
Rainfall Infiltration
20%
Rainfall-induced Slope Failure
20%
Air-entry Value
20%
High Rainfall
20%
Rainfall Intensity
20%
Intense Rainfall
20%
Wall Failure
20%
Mechanical Concept
20%
Proposed Equations
20%
INIS
water
100%
curves
100%
soils
100%
retention
100%
shear strength
100%
porosity
37%
equations
25%
failures
25%
values
12%
experimental data
12%
shape
12%
drying
12%
air
12%
walls
12%
nonlinear problems
12%
slope stability
12%
soil mechanics
12%
Engineering
Shear Strength
100%
Porosity
60%
Slope Stability
20%
Slope Failure
20%
Climatic Condition
20%
Mathematical Equation
20%
Retaining Walls
20%
Soil Mechanics
20%
Rainfall Intensity
20%
Rainwater
20%
Nonlinearity
20%
Agricultural and Biological Sciences
Water Retention Curve
100%
Soil Porosity
60%
Geotechnology
40%
Unsaturated Soil
20%
Slope Stability
20%
Problematic Soil
20%
Material Science
Shear Strength
100%
Geotechnology
40%
Slope Stability
20%
Soil Mechanics
20%