Engineering
Model Test
91%
Armour Unit
51%
Coastal Structure
41%
Failure Mode
40%
Roundhead
36%
Safety Level
31%
Physical Model
31%
Hydraulics
27%
Optimum Safety
27%
Armour Layer
25%
Scale Effect
20%
Wave Energy
18%
Structural Integrity
18%
Design Wave
16%
Numerical Modeling
16%
Coastal Protection
16%
Wave Loading
16%
Burcharth
16%
Partial Safety Factor
15%
Coastal Engineering
15%
Engineering
14%
Test Result
14%
Reliability Evaluation
14%
Reliability Analysis
14%
Climate Change
14%
Wave Height
13%
Cross Section
12%
Tasks
12%
Civil Engineering
12%
Design Guideline
12%
Preliminary Design
12%
Service Life
12%
Scale Model Test
12%
Two Dimensional
11%
Dimensional Model
11%
Rubble Mound Structure
11%
Coastal Defense
11%
Incident Wave
11%
Overtopping Discharge
11%
Sea State
10%
Shallower
10%
Slope Stability
10%
Quarries
10%
Main Function
9%
Breakage
9%
Optimal Design
9%
Design Procedure
9%
Final Report
9%
Delft Hydraulics
9%
Return Period
8%
Earth and Planetary Sciences
Overtopping
100%
Model Test
83%
Port
32%
Coastal Structure
20%
Scale Effect
17%
Coastal Protection
13%
Coastal Engineering
12%
Water Wave
12%
Scale Model
12%
Wave Energy
11%
Failure Mode
10%
Dyke (Water management)
10%
Pore Pressure
10%
Wave Height
10%
North Sea
10%
Elastic Wave
10%
Shallow Water
9%
Obliquity
9%
State of the Art
9%
Slope Stability
8%
Hydraulic Engineering
8%
Rock Armor
8%
Deep Water
8%
Climate Change
7%
Significant Wave Height
7%
Geotechnical Failure
7%
Numerical Modeling
7%
Water Depth
6%
Angola
6%
Subsoil
6%
Pressure Measurement
6%
Dimensional Stability
6%
Breakwater
6%
Industrial Area
6%
Reliability Analysis
6%
Field Test
6%
Brazil
6%
Risk Management
6%
Denmark
5%
Keyphrases
Breakwater
60%
Rubble Mound Breakwater
37%
Overtopping
21%
Coastal Structures
18%
Armor Units
15%
Berm Breakwater
15%
Roundhead
14%
Scale Effect
13%
Wave Overtopping
13%
Dolosse
12%
Model Test Study
11%
Safety Level
10%
Model-based Testing
10%
Aalborg
10%
Breakwater Structures
9%
Caisson Breakwater
9%
Physical Model Test
9%
Stone Durability
9%
3D Model
7%
Breakwater Damage
7%
Hydraulic Stability
7%
Physical Modeling
7%
Concrete Armour Unit
7%
Coastal Defence
7%
Permeability Factor
7%
Design Charts
6%
Wave Loading
6%
Overtopping Discharge
6%
Coastal Engineering
6%
Failure Mode
6%
Dolos
6%
Critical Wave
6%
Brazil
6%
Rupture Failure
6%
Crown Wall
6%
Shoreline Erosion
6%
Harbour Basin
6%
Navigation Channel
6%
Defense Scheme
6%
Water Intake
6%
Coastal Defence Structures
6%
Low-crested
6%
Factor System
6%
Limit State Equation
6%
2D Model
6%
Monolithic Structure
6%
Froude Scaling
6%
Laminar Flow
6%
Flow Modeling
6%
Stone Size
6%