This article describes an actuator curve embedding (ACE) concept to model arbitrary lifting
lines using body forces within large-eddy simulation (LES). The new method removes some …

Relevant to drivetrain bearing fatigue failures, we analyse non-steady wind turbine
responses from interactions between energy-dominant daytime atmospheric turbulence …

Actuator models have been used to represent the presence of wind turbines in a simulation
in the past few years. The Actuator Line Model (ALM) has shown to reproduce with …

The dependence of temporal correlations in the power output of wind-turbine pairs on
atmospheric stability is explored using theoretical arguments and wind-farm large-eddy …

Modern utility-scale wind turbines operate in the the lower atmospheric boundary layer
(ABL), which is characterized by large gradients in mean velocity and temperature and the …

Relevant to utility scale wind turbine functioning and reliability, the present work focuses on
enhancing our understanding of wind turbine responses from interactions between energy …

The current trend in the wind power market is to develop large diameter rotors in order to
maximize the power extraction from the wind. Those rotors exhibit issues related to blade …

The external turbine mechanism is a new sensor that can be used for independent velocity
measurement of underwater moving body. In order to study the relationship between the …

Over time-scales short enough that wind is relatively steady (% 10 minutes), wind-power
variability is due to atmospheric turbulence. Power fluctuations at time scales such as these …