Engineering
Climate Change
25%
Coastal Defense
37%
Coastal Dike
8%
Coastal Engineering
8%
Coastal Protection
6%
Coastal Structure
50%
Energy Absorption
6%
Experimental Work
6%
Failure Mode
8%
Floating Breakwaters
25%
Flow Velocity
25%
Hazards
39%
Incident Wave
25%
Levee
8%
Low Environmental Impact
25%
Model Test
25%
Mooring
6%
Numerical Computation
8%
Numerical Modeling
37%
Overtopping Discharge
8%
Physical Model
50%
Power Converter
68%
Progression
25%
Rubble Mound Structure
25%
Scale Experiment
8%
Surface Erosion
8%
Tasks
29%
Test Data
6%
Transmissions
12%
Wave Energy
100%
Wave Energy Conversion
50%
Work Package
12%
Keyphrases
Action Parameter
6%
Artificial Reef
16%
Base-of-slope
6%
Breakwater
8%
Climate Scenarios
8%
Coastal Defence
8%
Coastal Dike
6%
Coastal Erosion
16%
Coastal Habitats
5%
Coastal Structures
25%
Covering Layer
8%
Design Methodology
8%
Dike
25%
Dike Crest
6%
Energy Reflection
5%
Enhanced Stability
8%
Erosion Hazard
8%
Floating Breakwater
16%
Flow Depth
12%
Incident Wave
8%
Inner Slope
16%
Innovative Methods
8%
Innovative Solutions
8%
Landward Slope
12%
Levee
6%
Low Environmental Impact
8%
MIKE21
10%
Modeling Experiment
25%
Mooring Stiffness
5%
Numerical Modeling
8%
Numerical Wave Propagation
5%
Overtopping Flow Velocity
12%
Physical Model Test
16%
Physical Test
25%
Pitch Movement
5%
Reducing Incidents
16%
Reflection Characteristics
5%
Risk-based Approach
8%
Santander
5%
Sea Level Rise
16%
Storminess
16%
Strategic Retreat
8%
Structure Dimension
8%
Surface Erosion
6%
Theseus
25%
Upgrade Action
8%
Verifiable Design
16%
Wave Energy
8%
Wave Energy Converter
8%
Wave Overtopping
16%
Earth and Planetary Sciences
Artificial Reef
16%
Coastal Engineering
6%
Coastal Erosion
25%
Coastal Protection
13%
Coastal Structure
25%
Diffraction
5%
Direct Power Generator
42%
Dyke (Water management)
50%
Energy Absorption
5%
Energy Conversion
50%
Environmental Impact
8%
Flood
19%
Flow Velocity
9%
Literature Review
8%
Model Test
8%
Numerical Modeling
8%
Overtopping
41%
Sea Level Rise
27%
Spain
5%
Wave Climate
5%
Wave Energy
66%