A relationship between electric potential distribution on a dielectric surface and
electrohydrodynamic (EHD) force generation is experimentally investigated to improve the …

PLASMA-BASED actuators have been established as one of the most promising emerging
technologies for active flow control in aerodynamic applications. While a broad spectrum of …

A novel dielectric barrier discharge (DBD) plasma-actuator module with an exposed
electrode and two covered electrodes was developed to enhance electrohydrodynamic …

We demonstrate that a flexible dielectric-barrier-discharge (DBD) plasma actuator fabricated
by an inkjet printing process using metallic inks generates stable surface discharge and …

In a subsonic wind tunnel, a three-dimensional separation of a developed turbulent
boundary layer was simulated on a swept wing flap model. A multi-discharge plasma …

A new concept of electrode shape and arrangement is proposed to develop a multi-stage
plasma synthetic jet actuator for the low-voltage operation. Exposed and covered electrodes …

Toward the establishment of the manufacturing process of a novel active airflow control
device using atmospheric pressure discharge referred as to dielectric-barrier-discharge …

Voltage waveforms generated with the solid-state switches introduce a new form of
insulation stress as compared to the typical waveform of electric generators. In this paper …

Dielectric barrier discharge plasma actuators are flow control devices that can actively
induce a flow using electrohydrodynamic force. This Letter proposes a configuration of multi …

The low-voltage operation of a dielectric-barrier-discharge (DBD) plasma actuator with a
simple electric circuit has the potential to put it into industrial applications. However, there is …