Engineering
Ships
100%
Performance
49%
Models
39%
Computational Fluid Dynamics
35%
Fouling
32%
Prediction
29%
Ship Resistance
27%
Added Resistance
25%
Simulation
24%
Roughness
23%
Applications
22%
Coating
21%
Development
18%
Biofouling
18%
Research
18%
Energy Efficiency
17%
Ergonomics
17%
Energy Engineering
16%
Optimization
16%
Ship Motion
16%
Full Scale
16%
Flat Plate
15%
Hydrodynamics
15%
Ship Recycling
15%
Wind
14%
Container Ship
13%
Frictional Resistance
13%
Reduction
13%
Maintenance Cost
13%
Fuel
13%
Cavitation
12%
Ship Speed
12%
Error
12%
Multiobjective Optimization
11%
Experimental Determination
11%
Validation
11%
Water
11%
Effective Power
11%
Human Error
11%
Environment
11%
Shallower
11%
Roughness Effect
11%
Numerical Study
10%
Accidents
10%
Reliability
10%
Surfaces
9%
Bulk Carrier
9%
Measurer
9%
Head Sea
9%
Supports
9%
Social Sciences
Application
23%
Shipping
23%
Analysis
19%
Containers
13%
Accidents
12%
Environment
11%
Efficiency
11%
Transport
11%
Approach
10%
Project
10%
Maritime Industry
10%
Methodology
9%
Support
9%
Aviation
9%
Investigation
9%
Competition
8%
Technology
8%
Organizations
8%
Strategy
7%
Research
7%
Process
6%
Hierarchy
6%
Alliances
6%
Specific Industry
6%
Transport Systems
5%
Company
5%
Safety
5%
Knowledge
5%
Measure
5%
Computer Science
Application
21%
Accidents
15%
Standards
15%
Procedures
14%
Design
13%
Models
12%
Criticality
10%
Collisions
10%
Operating Procedure
8%
Multi-Objective Optimization
8%
Identification
8%
Roles
8%
Fault Tree
7%
Incident
6%
Case Study
6%
Questionnaire
6%
Discrete Event Simulation
5%
Maintenance Activity
5%
Collision Avoidance System
5%
Design Objective
5%
Prevents
5%
Sustainability
5%
Maintenance Task
5%
Shipping Company
5%
