Earth and Planetary Sciences
Investigation
100%
Morphology
100%
Sand
100%
Engine
100%
Model
88%
Coast
33%
Wave Energy
33%
Wave
33%
Erosion
33%
Accounting
22%
Tide
22%
Storms
22%
Show
11%
Beach
11%
Water Level
11%
Sea Level Rise
11%
Speed
11%
Surge
11%
Wind
11%
Behavior
11%
Probability Theory
11%
Safety
11%
State of the Art
11%
Flux Density
11%
Peninsula
11%
Occurrence
11%
Size
11%
Wave Height
11%
Morphodynamics
11%
Experiment
11%
Numerical Modeling
11%
INIS
sand
100%
modeling
100%
engines
100%
volume
55%
prediction
33%
erosion
33%
energy
22%
accounting
22%
tide
22%
storms
22%
control
11%
width
11%
levels
11%
surges
11%
demand
11%
range
11%
shape
11%
height
11%
coastal regions
11%
probability
11%
velocity
11%
water
11%
safety
11%
wind
11%
sea level
11%
size
11%
energy density
11%
Engineering
Models
100%
Engine
100%
Modeling Study
100%
Event
57%
Prediction
42%
Erosion
42%
Wave Energy
28%
Wave Height
14%
Velocity
14%
Water
14%
Model Experiment
14%
Energy Density
14%
Energetics
14%
High Energy
14%
Wave Power
14%
Accident Prevention
14%
Numerical Modeling
14%
High Probability
14%
Keyphrases
Sand Engine
100%
Erosion Volume
50%
Sand Nourishment
33%
First Year
33%
Coastal Beach
16%
Velocity Waves
16%
Maximum Wave Height
16%
Mega-nourishment
16%
Brier Score
16%
Coastal Safety
16%
High-energy Waves
16%
Structured Model
16%
Morphodynamic Evolution
16%
Eroded Volume
16%
Detailed numerical Modelling
16%
Wave Energy Density
16%
Beach Width
16%