Engineering
Floating Breakwaters
100%
Mooring System
82%
Computational Fluid Dynamics
77%
Porosity
77%
Mooring Line
68%
Numerical Modeling
53%
Lifting Operation
51%
Numerical Study
50%
Hydrodynamics
47%
Transmission Coefficient
47%
Wave Height
44%
Line Tension
43%
Numerical Model
40%
Ship Recycling
37%
Crane Barge
37%
Hydrodynamic Performance
37%
Pitch Motion
37%
Propeller
37%
Roll Motion
35%
Environmental Load
32%
Heave Motion
31%
Simulation Result
30%
Remote Control
29%
Control Model
29%
Regular Wave
28%
Wave Energy
26%
Fatigue Life
25%
Autonomous Underwater Vehicle
25%
Floating Vessel
25%
Propeller Cavitation
25%
Stability Analysis
25%
Floating Structure
21%
Infrastructure
21%
Load Case
20%
Wave Spectra
20%
Energy Engineering
20%
Gas Processing
20%
Vortex
20%
Kalman Filter
18%
Dynamic Method
18%
Current Speed
18%
Dynamic Response
18%
Rotational
17%
Numerical Methods
17%
Surface Effect
17%
Numerical Analysis
17%
Control Systems
16%
Cavitation Tunnel
16%
Response Amplitude Operator
16%
Pitch Angle
16%
Floating Offshore Wind Turbine
16%
Shipbuilding
16%
Finite Element Analysis
16%
Electric Power Plant
15%
Mooring Analysis
14%
Incident Angle
14%
Time Domain
13%
Extreme Condition
12%
Reflectance
12%
Square Root
12%
Bilge Keel
12%
Propeller Series
12%
Control Design
12%
Fatigue Life Prediction
12%
Ground Effect
12%
Model Propeller
12%
Performance Criterion
12%
Jacket Platform
12%
Chain Line
12%
Power Converter
12%
Green Water
12%
Strength Analysis
12%
North Coast
12%
Systems Dynamics
12%
Industrial Estate
12%
Experimental Investigation
12%
Floating Production Storage and Offloading
12%
Current Measurement
12%
Industry Sector
12%
Ocean Engineering
12%
Calm Water
12%
Processing Module
12%
Loading Orientation
12%
Remote Area
12%
Dynamic Models
12%
Dynamic Behavior
12%
Submerged Breakwater
12%
Peak Frequency
12%
Aerodynamic Lift
12%
Intact Stability
12%
Protected Beach
12%
Longitudinal Strength
12%
Level of Safety
12%
Wave Reflection
12%
Marine Traffic
12%
Breakwater
12%
Ultrasonic Sensor
12%
Sea State
12%
Scour Depth
12%
Harmonics
12%