Framework for structural online health monitoring of aging and degradation of secondary piping systems due to some aspects of erosion

Keyphrases

• Aging 100%
• Online Monitoring 100%
• Piping System 100%
• Nuclear Power Plant 66%
• Monitoring Method 66%
• Structural Health Monitoring 66%
• Monitoring Framework 66%
• Nuclear Energy 33%
• Economic Viability 33%
• Operating Cost 33%
• Complex Geometry 33%
• Academia-industry Collaboration 33%
• Operation Cost 33%
• Efficiency Improvement 33%
• Degradation Mechanism 33%
• Nuclear Power Generation 33%
• Risk-informed 33%
• Maintenance Cost 33%
• Operational Safety 33%
• Degraded Conditions 33%
• Multi-sensor 33%
• Condition-dependent 33%
• Guided Waves 33%
• Power Generation Cost 33%
• Corrosion Monitoring 33%
• Increasing Value 33%
• Current Research Status 33%
• Industry Specialist 33%
• Wave Technologies 33%
• On-line Corrosion Monitoring 33%
• Academic Researchers 33%
• Sensory Modality 33%
• In-service Inspection 33%
• Automated Maintenance 33%
• Monitoring Practice 33%
• Nuclear Promise 33%
• Operational Focus 33%
• Value Efficiency 33%

Engineering

• Health Monitoring 100%
• Piping Systems 100%
• Nuclear Power Plant 66%
• Monitoring Technique 66%
• Structural Health Monitoring 66%
• Operating Cost 33%
• Nuclear Energy 33%
• Degradation Mechanism 33%
• Nuclear Power Generation 33%
• Operation and Maintenance Cost 33%
• Guided Wave 33%
• Generation Cost 33%
• Piping Configuration 33%
• Online Corrosion Monitoring Technique 33%
• Service Inspection 33%
• Improving Efficiency 33%

Chemical Engineering

• Structural Health Monitoring 100%