NUMERICAL SIMULATION FOR VOID COALESCENCE (WATER TREEING) IN XLPE INSULATION OF SUBMARINE COMPOSITE POWER CABLES

Numerical Simulation for Void Coalescence (Water Treeing) in XLPE Insulation of Submarine Composite Power Cables

Due to the growing demand for offshore renewable energy, the development of durable submarine power cables is critical.Submarine power cables are expected to have a service life of over 20 years.However, it has been shown that these cables suffer from water-tree flaws that progressively extend to conductors and corrode copper, which may lead to pre

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Real-time Assessment of Integrated Safety-security Scenarios Triggering Cascading Events in the Process Industries

Industrial Overbed Tables sites processing and storing hazardous chemicals can be attractive targets of malicious acts of interference.The consequences successful intentional attacks to chemical facilities can be severe and could escalate generating domino effects, potentially affecting people and the environment.Moreover, intentional attacks have

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