Condition monitoring plays a vital role in ensuring the reliability and optimal performance of
various engineering systems. Traditional methods for condition monitoring rely on physics …

The development of machine learning (ML) provides a promising solution to guarantee the
structural integrity of critical components during service period. However, considering the …

Lifetime fatigue damage prediction plays a key factor in wind turbine structure's reliability
assessment. However, the damage estimation of wind turbines requires thousands of …

There is renewed interest in floating vertical axis wind turbines (FVAWTs) as offshore wind
turbines progressively increase in size and move into deeper waters. To explore the …

Compared with on-shore wind turbines, off-shore wind turbines are installed in sea, which
can harvest more consistent and stronger winds. Faster wind speeds offshore mean more …

Wind farm layout optimization (WFLO) has become a significant approach to enhancing the
efficiency of wind energy utilization. However, load also represents a critical factor that must …

Estimating internal forces and corresponding fatigue damage plays a central role in the
definition of operation strategies of any wind turbine, particularly in offshore scenarios …

The tower plays a crucial role in wind turbine systems. However, the design and optimization
of configuration parameters have traditionally been lacking in intelligent methods. This study …

Abstract Floating Modular Energy Islands (FMEIs) are modularized, interconnected floating
structures that function together to produce, store, possibly convert and transport renewable …

The detrimental effect of ratchetting on the fatigue life of materials requires precise prediction
models to guarantee the safety of engineering structures. This study focuses on predicting …