6 research outputs found
Multi - DBD actuator with floating inter - electrode for aerodynamic control
In this paper the use of a floating inter-electrode in a multi-DBD (dielectric barrier discharge) plasma actuator is described. The multi-DBD plasma actuators with floating inter-electrodes were investigated to get a longer DBD on a dielectric surface and to maximise generated net airflow. Our actuator was used to control the boundary layer flow separation around NACA0012 airfoil model. The results of our investigations suggests that multi-DBD actuators with floating inter-electrodes can be attractive for aerodynamic purposes
Elongated DBD with floating interelectrodes for actuators
In this paper the use of a floating interelectrode for dielectric barrier
discharge (DBD) plasma actuators applied in aerodynamics is described. The
velocity profiles of airflow generated by a single-DBD actuator with the
floating interelectrode are presented. Also double-DBD and multi-DBD
plasma actuators with floating interelectrodes were investigated to get a
longer DBD on a dielectric surface. Obtained results show that the DBDs with
floating interelectrodes are capable of extending the plasma area on the
dielectric surface. The airflow induced by the successive DBD sets with
floating interelectrodes in the multi-DBD actuator had the same direction
enhancing the net airflow. The airflow velocity produced by the investigated
multi-DBD actuator was up to 10聽m/s. This suggests that multi-DBD
actuators with floating interelectrodes can be attractive for many
aerodynamic purposes