Engineering
Offshore Wind Turbines
100%
Inspection
73%
Reliability
55%
Support Structure
32%
Based Inspection Planning
32%
Condition Monitoring
31%
Fatigue Design
31%
Design Factor
25%
Maintenance Planning
23%
Joints (Structural Components)
20%
Steel
15%
Measurement
15%
World Health Organization
15%
Estimation
15%
Maps
15%
Lifecycle
15%
Installation
14%
Integration
13%
Gas Oil
11%
Keypoints
10%
Range of Movement
10%
Bayesian Updating
10%
Development
10%
Corrosion
8%
Performance
8%
Fatigue Reliability
7%
Codes
7%
Steel Structure
6%
Reliability Assessment
6%
Fatigue Failure
5%
Maintenance Strategy
5%
Towers
5%
Production
5%
Dynamic Range
5%
Electricity Production
5%
Fatigue Loading
5%
Maintenance Activity
5%
Foundations
5%
High Precision
5%
Surfaces
5%
Earth and Planetary Sciences
Inspection
56%
Reliability
38%
Risk
32%
Support Structure
28%
Information
28%
Deterioration
21%
Wake
18%
Time
17%
Turbulence
16%
Value
16%
Jacket
16%
Tripod
16%
Steel
15%
Installing
14%
Site
10%
Position (Location)
9%
Tool
8%
Aspect
8%
Corrosion
8%
Turbulence Model
7%
Formulation
6%
Cost
6%
Strategy
6%
Substructure
6%
Maintenance
6%
Life Cycle
6%
Damage
6%
Tower
5%
Mitigation
5%
Fatigue Life
5%
Size
5%
Offshore Structure
5%
Foundation
5%
Physics
Reliability
55%
Information
41%
Deterioration
25%
Range of Movement
20%
Joint
20%
Wakes
18%
Value
16%
Steel
15%
Position (Location)
13%
Maintenance
11%
Assessments
11%
Sites
10%
Corrosion
8%
Performance
8%
Towers
5%
Approximation
5%
Fatigue Life
5%
Physical Exercise
5%
Estimates
5%
Statics
5%
Curvature
5%
Dynamic Range
5%