Engineering
Offshore Wind Turbines
100%
Networks
73%
Inspection
69%
Models
63%
Partially Observable Markov Decision Process
42%
Planning
41%
Wind
40%
Maintenance Planning
39%
Structural Component
38%
Reliability
30%
Failure (Mechanical)
26%
Optimization
26%
Decision Rule
21%
Markov Decision Process
20%
Maintenance Strategy
20%
Example Application
18%
Optimal Decision
18%
Condition Monitoring
18%
Limit State
17%
Failure Criterion
16%
Structural Health Monitoring
16%
Offshore Wind Farms
14%
Fatigue Life
13%
Based Inspection Planning
13%
Influence Diagram
13%
Support Structure
13%
Expected Cost
12%
Requirements
12%
Damage Model
12%
Fatigue Failure
12%
Fatigue Load
12%
Target Reliability Level
11%
Design Life
10%
Turbine Components
10%
Demonstrates
9%
Supports
9%
Epistemic Uncertainty
9%
Failure Probability
9%
Fatigue Limit
9%
Mechanic Model
8%
Fracture Mechanics
8%
Simulation
8%
System Reliability
8%
Fatigue Design
8%
Pitch
8%
Reduction
8%
Simulation Model
8%
Monopile Foundation
8%
Integration
8%
Structural Reliability Analysis
8%
Earth and Planetary Sciences
Maintenance
98%
Risk
76%
Decision
65%
Model
61%
Cost
53%
Planning
48%
Inspection
42%
Network
40%
Decision Making
35%
Monitoring
28%
Decision Process
27%
Failure
25%
Information
24%
Wind
24%
Damage
23%
Structural Component
21%
Extension
18%
Optimization
18%
Repair
18%
Strategy
17%
Deterioration
17%
Substructure
17%
Structural Health Monitoring
16%
Value
16%
Utilization
15%
Policy
13%
Condition
12%
Tool
12%
Time
10%
Probability Theory
10%
State
9%
Observation
9%
Dependence
8%
Rule
8%
Diagram
8%
Datum
8%
Turbine Blades
8%
Criterion
8%
Reliability
6%
Monitoring System
6%
Show
5%
Investigation
5%
Support
5%
Safety Factor
5%
Alternative
5%
Fatigue Life
5%
