The trend in the offshore wind turbine industry is towards using wind turbines with more
energy harvesting capacity per unit and greater power per mass ratios to compete with other …

To simulate and analyse the real machined parts in virtual environments, virtual machining
systems are applied to the production processes. Due to friction, chip forming, and the heat …

Modern wind turbine blade having large slender structure are vulnerable to aeroelastic
instability. Aeroelastic tailoring through bend-twist stiffness coupling is an effective way to …

以IEA 15 MW 参考风电机组为研究对象, 基于修正的极坐标网格叶素动量理论与Timoshenko
梁模型, 建立叶片气弹耦合分析模型, 综合时域和频域方法, 分析超大型风电机组叶片失控状态下 …

As the wind energy sector rapidly advances, there is an increasing demand to improve
energy efficiency and prolong the lifespan of wind turbines. Among the essential and costly …

Throughout their operational lifespan and exposure to various environmental conditions,
wind turbines experience diverse loading scenarios that could lead to blade cracking …

The thermal warpage of asymmetric laminates can be converted into mechanical work.
However, thermal warpage is usually unwanted, and can be mitigated with compensatory …

This study deals with aeroelastic and flutter analyses of the partially treated MR sandwich
plates in the supersonic airflow. It also identifies the optimal locations of the MR segments in …

This paper presents a quantitative investigation of the effect of structural damping ratios of
the tower and blade vibration modes of wind turbines on wind-induced fatigue loads at …

As the energy field undergoes rapid development, there is a growing need to enhance
energy efficiency and extend the lifespan of wind turbines. Wind blades are particularly …