Spatio-temporal wind power forecasting is significant to the stability of electric power
systems. However, the accuracy of power forecasting results is easily impaired by the …

Bearing in mind European Green Deal assumptions regarding a significant reduction of
green house emissions, electricity generation from Renewable Energy Sources (RES) is …

Wake interaction between floating offshore wind turbines (FOWTs) is complex and
necessitates a comprehensive assessment, which is a prerequisite for the yaw misalignment …

Accurate online prediction of wind power is essential for the reliable operation of power
systems. However, the precision of wind turbine power forecasts is often hindered by wake …

Yaw control is one of the most important farm-level active control strategies with the aim of
power maximization and load mitigation. However, improper yaw strategies may induce a …

Structural loads vibration is a critical problem in WTs (wind turbines) due to many reasons
such as the complicated dynamics, structural coupling and diversity of the driving sources …

The presence of wake flows caused by wind turbines (WTs) diminish the expected power
generation of wind energy and exacerbate structural vibrations. To mitigate these issues …

Assessment of production potential and prediction of sweet spots in unexploited shale gas
wells are crucial technologies for achieving a high success rate in drilling. Most existing …

As an important part of the rod pump production system, the safety of sucker rods directly
affects the normal production of the oil production system. In order to predict the fatigue life …

WTs are in yaw during most of the operating time. The wake effect of the yawed Wind turbine
(WT) leads to lower wind speed and increased turbulence in the wake region of the WT …