INIS
modeling
100%
curves
100%
distribution
100%
distribution functions
100%
particle size
100%
soils
63%
equations
36%
water content
27%
grain size
27%
values
18%
air
18%
soil mechanics
18%
water
9%
cost
9%
comparative evaluations
9%
size
9%
engineering
9%
range
9%
testing
9%
density
9%
layers
9%
laboratories
9%
voids
9%
coarse particles
9%
Keyphrases
Particle Size Distribution
100%
Characteristic Curve
100%
Lognormal Distribution Function
100%
Particle Size Measurement
100%
Grain Size Distribution
27%
Unsaturated Soil Mechanics
18%
Air-entry Value
18%
Saturated Water Content
18%
Well-defined
9%
Engineering Practice
9%
Soil Type
9%
Void Fraction
9%
Dry Density
9%
Physical Meaning
9%
Distribution Density
9%
Physical Significance
9%
Inflection Point
9%
Coarse Particles
9%
Soil Layer
9%
Pore Water Pressure
9%
Coarse-grained Soil
9%
Seepage Analysis
9%
Fine-grained Soils
9%
Testing Time
9%
Soil Attributes
9%
Water Content Distribution
9%
Soil Pore Size Distribution
9%
Laboratory Procedures
9%
Proposed Equation
9%
Engineering
Characteristic Curve
100%
Lognormal Distribution
100%
Inflection Point
18%
Grained Soil
18%
Soil Mechanics
18%
Saturated Water Content
18%
Engineering
9%
Dry Density
9%
Physical Meaning
9%
Physical Significance
9%
Coarse Particle
9%
Soil Layer
9%
Distribution Density
9%
Pore Water Pressure
9%
Testing Time
9%
Agricultural and Biological Sciences
Grains
100%
Lognormal Distribution
100%
Unsaturated Soil
66%
Pore Water Pressure
33%
Soil Type
33%