Engineering & Materials Science
Redundancy
100%
Degradation
91%
Costs
50%
Reliability analysis
43%
Genetic algorithms
43%
Planning
42%
Electricity
38%
Time-to-failure
38%
Uncertainty
34%
Preventive maintenance
31%
Systems analysis
29%
Integer programming
24%
Multiobjective optimization
23%
Inspection
21%
Availability
21%
Neural networks
21%
Tabu search
16%
Optimal systems
16%
Aviation
16%
Outages
14%
Reinforcement learning
14%
Scheduling
13%
Offshore wind farms
13%
Dynamic programming
13%
Evolutionary algorithms
12%
Composite materials
12%
Industry
12%
Markov chains
11%
Economics
11%
Testing
11%
Sensitivity analysis
10%
Stents
10%
Physics
10%
Restoration
10%
Deterioration
10%
Electric power distribution
10%
Large scale systems
9%
Electric power generation
9%
Soldering alloys
9%
Airports
7%
Repair
7%
Electric power systems
7%
Dynamic loads
7%
Climate change
7%
Set theory
7%
Parameter estimation
6%
Probability density function
6%
Stochastic programming
6%
Hazards
6%
Mathematics
Degradation
17%
Multiple Objectives
14%
System Reliability
12%
Planning
10%
Prediction
8%
Modeling
8%
Genetic Algorithm
8%
Redundancy
7%
Subordinator
7%
Health
7%
Adaptive Resonance Theory
7%
Condition-based Maintenance
6%
Intrusion Detection
6%
Maintenance Scheduling
6%
Costs
5%
Aircraft
5%
Simulation-based Optimization
5%
Jump
5%
System Design
5%
Maintenance
5%
Externalities
5%
Dynamic Environment
5%
Markov Additive Process
5%
Anomaly Detection
5%
Integrated System
5%
Preventive Maintenance
5%
Network Algorithms
5%
Damage
5%
Ripple
5%
Resilience
5%
Business & Economics
Degradation
19%
Condition-based Maintenance
16%
System Reliability
11%
Redundancy
10%
Genetic Algorithm
9%
Allocation Problem
9%
Neural Networks
8%
Jump
8%
Multiple Objectives
8%
Objective Function
7%
Tabu Search
7%
Pareto
6%
Planning
6%
Aviation Safety
6%
Markov Model
5%
Penalty Method
5%
Stochastic Optimization
5%
Program Assessment
5%
