Large wind turbines of the horizontal axis are commonly used to gather wind energy;
however, their performance is found to be constrained in conditions of erratic and low-speed …

The increasing pressure of offshore wind developments is leading to projects being located
in areas with more difficult access and greater weather barriers. As these constraints …

As the siting of wind turbines increasingly transitions from shallow water to offshore deep-
water locations, improving the platform stability of floating offshore wind turbines is …

Wind turbine blade leading edge erosion is a major source of power production loss and
early detection benefits optimization of repair strategies. Two machine learning (ML) models …

To decrease the power deficit of a wind farm caused by wake effects, the layout optimization
is a feasible way for the wind farm design stage. A suitable optimization algorithm can …

The present work provides a detailed numerical investigation of a turbopump for waterjet
applications in cavitating conditions. In particular, the study focuses on the complexities of …

Wind energy is a source of renewable energy that can be converted to electricity using a
wind turbine. The typical lifespan of a wind turbine is at least 20–25 years. However, regular …

The intricate shapes and complex structures of composite wind turbine blades pose
significant challenges in conducting local-fatigue simulation analyses. Moreover, adhesive …

Wind farm optimization is pivotal in maximizing energy output, reducing costs, and
minimizing environmental impact. This study comprehensively explores wind farm behavior …

Vertical water jets present significant challenges for hydraulic structures due to their
potential to cause erosion and structural damage. This study aimed to predict the …