Earth and Planetary Sciences
Abiotic Factor
18%
Acoustics
28%
Aggregate
18%
Algorithms
22%
Area
12%
Behavior
50%
Biomass
9%
Biotic Factor
18%
Calibration
68%
Climate Change
12%
Compression
18%
Condition
24%
Confining Pressure
32%
Coordination Number
9%
Correlation
18%
Coupling
9%
Cycle
9%
Data Simulation
9%
Datum
8%
Deformation
23%
Diffraction
14%
Digital Elevation Model
28%
Digital Image
9%
Discontinuity
9%
Discrete Element Method
50%
Distinct Element Method
18%
Domain
9%
Elastic Wave
56%
Evapotranspiration
6%
Failure
28%
Filtration
40%
Foci
9%
Foundation
28%
Granular Medium
9%
Growth
18%
Impact
32%
Inference
28%
Input
23%
Investigation
82%
Knowledge
9%
Laboratory Scale
9%
Mechanics
32%
Microstructure
24%
Microstructure
9%
Model
17%
Moisture Content
31%
Parameter
84%
Particle
22%
Particle Size Distribution
22%
Physiology
9%
Plane
9%
Plant
12%
Plant Root
12%
Porosity
28%
Position (Location)
28%
Q Factor
23%
Regime
9%
Region
18%
Research
11%
Sample
60%
Sampling
8%
Sand
9%
Shear Strength
9%
Show
32%
Simulation
46%
Size
9%
Soil
93%
Solid
8%
Sphere
9%
State
9%
State of the Art
28%
Stiffness
9%
Strain
14%
Strength of Materials
31%
Suction
9%
Support
9%
Surface Pressure
9%
Time
16%
Tomography
12%
Triaxial Test
9%
Vadose Zone
34%
Value
9%
Vegetation
31%
Void Ratio
32%
Water
7%
Water Cycle
9%
Water Uptake
14%
Wave Attenuation
28%
Wave Velocity
46%
Wetting-Drying Cycle
46%
Engineering
Algorithm
14%
Assembly
14%
Body-Centered Cubic
28%
Calibration
42%
Calibration Process
9%
Capillary Force
9%
Characteristics
23%
Coalescence
28%
Computer Simulation
9%
Confining Pressure
23%
Conservation
28%
Constant Pressure
9%
Contact Force
9%
Contact Model
23%
Coordination Number
9%
Coupled System
10%
Couplings
56%
Defects
14%
Deformation
23%
Densification
28%
Densification
14%
Deviatoric Stress
14%
Dimensional Discrete
9%
Discrete Element
52%
Distinct Element
18%
Dynamic Regime
9%
Dynamic Response
28%
Elastic Wave
28%
Element Method
71%
External Pressure
18%
Failure (Mechanical)
28%
Field Pressure
9%
Fields
10%
Force Response
28%
Frequency Domain
9%
Give Rise
9%
Good Agreement
23%
Granular Bed
10%
Growth Kinetics
28%
Impact Energy
9%
Impact Force
9%
Inference Algorithm
9%
Initial Stage
9%
Input Frequency
18%
Kinetic
14%
Localisation
28%
Low Velocity
28%
Material Microstructure
9%
Material Parameter
9%
Measurement
9%
Mechanical Reinforcement
14%
Mechanisms
14%
Microscopic Scale
9%
Microstructure
18%
Models
56%
Moisture Content
28%
Monotonic
9%
Moving System
9%
Multiscale Modeling
56%
Numerical Analysis
28%
Numerical Example
10%
Packing
9%
Particle Pair
14%
Particle Size
18%
Penetration Depth
28%
Plane Surface
9%
Polymer
28%
Polymer Powder
28%
Porosity
18%
Pressure Field
9%
Pressure Stress
9%
Quality Factor
18%
Scaling
9%
Shear Strength
9%
Simulation
32%
Single Bond
14%
Sintering
28%
Sintering
28%
Sintering Behavior
14%
Sintering Time
28%
Size Distribution
18%
Software Package
14%
Soil Stabilization
14%
Spatial Distribution
14%
Spatial Distribution
9%
Sphere
18%
Sphere Model
11%
Stages
14%
Stiffness Tensor
9%
Strain
9%
Stress Field
9%
Supports
16%
Surface Tension Force
14%
Surfaces
52%
Tangential Force
9%
Time Domain
9%
Velocity
9%
Velocity Field
9%
Wave Velocity
28%
Zeros
9%
Physics
Acoustic Wave
7%
Acoustics
42%
Aggregates
18%
Attenuation
37%
Calibration
68%
Collapse
35%
Confidence
7%
Coordination Number
9%
Correlation
8%
Crystal Structure
28%
Crystals
28%
Deformation
16%
Direct Numerical Simulation
28%
Domains
9%
Failure
28%
Fluid Flow
7%
Flux Density
7%
Foci
16%
Fractions
25%
Frequencies
43%
Granular Material
32%
High Pressure
9%
Homogenizing
17%
Hydrodynamics
7%
Hydrostatics
9%
Independent Variables
91%
Lattice-Boltzmann Method
28%
Mechanics
28%
Media
40%
Metal
9%
Model
48%
Monte Carlo
19%
Numerical Analysis
28%
Optimization
32%
Parameter
25%
Particle
100%
Particle Size Distribution
22%
Performance
28%
Plane
9%
Porosity
14%
Position (Location)
28%
Pressure
58%
Q Factor
23%
Quality
23%
Ratios
30%
Regimes
9%
Region
16%
Reliability
7%
Responses
47%
S Wave
7%
Sampling
8%
Shear Strength
9%
Simulation
90%
Solid State
43%
Sound Transmission
7%
Spheres
28%
Stability
7%
Surface Reaction
28%
Terms
7%
Traveling Wave
7%
Utilization
7%
Value
9%
Volume
64%
Wave Propagation
49%
Wave Velocity
74%
Width
35%