The dielectric barrier discharge plasma actuator has been recognized as a leading
technology for controlling fluid flow and has found remarkable applications in wind energy …

The present study numerically investigates the feasibility of using multiple dielectric barrier
discharge (multi-DBD) plasma actuators as a novel approach for active flow control over a …

We have investigated the usage of a Dielectric Barrier Discharge (DBD) plasma actuator to
improve the aerodynamic performance of an offshore 6 MW wind turbine. By controlling the …

An improved phenomenological model is presented for numerical simulation of a Dielectric
Barrier Discharge (DBD) plasma actuator for separation control of high angle of attack flow …

An effective strategy for enhancing the performance of wind turbines has been identified in
the utilization of flow controllers. In this review paper, recent advances in flow control …

Over the past decade, there has been a growing interest in dielectric-barrier-discharge
(DBD) plasma actuators. The lack of a general model to accurately simulate the related …

In recent years, lean-premixed (LP) combustors have been widely studied due to their
potential to reduce NOx emissions in comparison to diffusion type combustors. However, the …

Here we have investigated the usage of a Dielectric Barrier Discharge (DBD) plasma
actuator to improve the aerodynamic performance of an offshore 6MW wind turbine. By …

This paper focuses on the deployment and evaluation of a separated pitch control at blade
tip (SePCaT) control strategy for large megawatt (MW) wind turbine blade and explorations …

The utilization of a plasma actuator to increase the aerodynamic performance of a 5-MW
offshore NREL wind turbine is studied in this paper. To boost the total production capacity …