INIS
accuracy
33%
applications
33%
capture
33%
compression
33%
coupling
66%
couplings
66%
crushing
66%
curves
66%
data
33%
distribution
66%
fragmentation
33%
grain size
33%
granular materials
33%
high pressure
33%
hydraulics
100%
hypothesis
33%
loading
33%
matrices
33%
mechanics
33%
modeling
66%
particles
33%
permeability
33%
retention
66%
rocks
33%
sand
33%
size
33%
solids
33%
variations
33%
vision
33%
water
66%
Earth and Planetary Sciences
Accuracy
33%
Breakage
66%
Cause
33%
Compression
33%
Continuum Modeling
33%
Coupling
100%
Datum
33%
Dependence
33%
Exhibit
33%
Fragmentation
33%
Grain Size
33%
Granular Medium
33%
High Pressure
33%
Hydraulic Property
66%
Hypothesis
33%
Literature
33%
Mechanics
33%
Model
66%
Particle
33%
Permeability
33%
Rock
33%
Rockfill
33%
Selection
33%
Set
33%
Size Distribution
33%
State
33%
Strength of Materials
33%
Term
33%
Variation
33%
Vision
33%
Water Retention
66%
Wetting
33%
Engineering
Accuracy
33%
Breakage
66%
Coupling Effect
33%
Couplings
100%
Future Application
33%
High Pressure
33%
Loading Path
33%
Macroscopic
33%
Mechanical Loading
33%
Microscale
33%
Models
66%
Size Distribution
33%
Solid Matrix
33%
Physics
Continuum Modeling
33%
Fragmentation
33%
Granular Material
66%
High Pressure
33%
Mechanics
33%
Model
66%
Particle
33%
Rock
33%
Terms
33%
Variations
33%
Vision
33%
Wetting
33%
Material Science
Grain Size
33%
Granular Material
33%
Hydraulics
100%
Mechanical Property
33%
Natural Material
33%
Pore Size Distribution
33%
Rock
33%
Sand
33%