The manuscript presents selected designs of DBD palm actuators used to control the flow of the boundary layer on the surface of the wing. Presented is the principle of DBD plasma actuator operation and the process of the formation of the "ion wind". The manuscript presents the results of tests carried out on the sash model with the profile SD 7003 with a DBD plasma actuator with two mesh electrodes, for which tests were carried out and tunnel images were recorded
Active flow control by plasma actuators is a topic of great interest by worldwide scientific communi...
The presented work carries out a comparative study about the possibilities and effects that a dielec...
AbstractIn this paper, the effects of Dielectric Barrier Discharge (DBD) actuation on the boundary l...
AbstractPlasma actuators are electrical devices that generate a wall bounded jet without the use of ...
Flow control is a never ending strive to achieve the desired flow conditions for an application. As ...
In this paper innovative dielectric barrier discharge (DBD) plasma actuators (a classic DBD actuator...
In this thesis a new aerodynamic model to simulate the behavior of Dielectric Barrier Discharge act...
The main driver of developments in the wind energy sector is not the absolute maximization of energy...
Both computational and experimental studies are conducted for understanding of the flow separation c...
In this study, effect of plasma actuator on a flat plate and manipulation of flow separation on NACA...
Active flow control has recently received an increasing attention since it allows to directly manipu...
Abstract Experiments are performed on a 82.5 ◦ sweep flat-plate delta wing combined with a dorsal fi...
In this study, the induced flow effects of plasma generated by various types of electrode geometry c...
A dielectric barrier discharge actuator (DBD) is considered and studied as a stall recovery device. ...
An experimental investigation has been conducted in a low-speed wind tunnel at the University of Not...
Active flow control by plasma actuators is a topic of great interest by worldwide scientific communi...
The presented work carries out a comparative study about the possibilities and effects that a dielec...
AbstractIn this paper, the effects of Dielectric Barrier Discharge (DBD) actuation on the boundary l...
AbstractPlasma actuators are electrical devices that generate a wall bounded jet without the use of ...
Flow control is a never ending strive to achieve the desired flow conditions for an application. As ...
In this paper innovative dielectric barrier discharge (DBD) plasma actuators (a classic DBD actuator...
In this thesis a new aerodynamic model to simulate the behavior of Dielectric Barrier Discharge act...
The main driver of developments in the wind energy sector is not the absolute maximization of energy...
Both computational and experimental studies are conducted for understanding of the flow separation c...
In this study, effect of plasma actuator on a flat plate and manipulation of flow separation on NACA...
Active flow control has recently received an increasing attention since it allows to directly manipu...
Abstract Experiments are performed on a 82.5 ◦ sweep flat-plate delta wing combined with a dorsal fi...
In this study, the induced flow effects of plasma generated by various types of electrode geometry c...
A dielectric barrier discharge actuator (DBD) is considered and studied as a stall recovery device. ...
An experimental investigation has been conducted in a low-speed wind tunnel at the University of Not...
Active flow control by plasma actuators is a topic of great interest by worldwide scientific communi...
The presented work carries out a comparative study about the possibilities and effects that a dielec...
AbstractIn this paper, the effects of Dielectric Barrier Discharge (DBD) actuation on the boundary l...