The main objective is to develop effective control strategies for separation control of an airfoil with a single hinge flap. The specific objectives are: Develop an active control architecture for flow control around an airfoil with flap. Design, fabricate, a wind tunnel test of a high lift wing (with flap) with integrated actuators and sensors. Design, development and fabrication of synthetic jet actuators. Develop appropriate control strategy for application to the airfoil. Wind tunnel testing of the high lift wing at various angles of attack and flap positions with closed loop control
The focus of the work is on the evaluation, development and integration of a robust actuator system ...
Flow control over aerodynamic shapes in order to achieve performance enhancements has been a lively ...
This paper presents the design process of an actuation device for novel high-lift devices, based on ...
Results are presented from a recent set of wind tunnel experiments using sweeping jet actuators to c...
Active flow control (AFC) in the form of sweeping jet (SWJ) excitation and discrete steady jet excit...
Zero-mass-flux periodic excitation was applied at several regions on a simplified high-lift system t...
This study focuses on Active Flow Control methods used in conjunction with airplane high-lift system...
This paper presents the development process of a dynamically actuated lip for active blowing at high...
Open-loop active flow control is used to modify the spanwise distribution of circulation around an N...
This paper presents an experimental implementation of an active control system used to suppress flut...
This paper provides an overview of a research and development effort sponsored by the NASA Advanced ...
Parameters governing separation control with sweeping jet actuators over a deflected flap are invest...
Active flow control systems have the potential to allow future designs of ground vehicles and aircra...
This contribution discusses the implementation of active flow-separation control for a three-dimensi...
Active flow control is used to modify the lift, drag and pitching moments on a semicircular wing wit...
The focus of the work is on the evaluation, development and integration of a robust actuator system ...
Flow control over aerodynamic shapes in order to achieve performance enhancements has been a lively ...
This paper presents the design process of an actuation device for novel high-lift devices, based on ...
Results are presented from a recent set of wind tunnel experiments using sweeping jet actuators to c...
Active flow control (AFC) in the form of sweeping jet (SWJ) excitation and discrete steady jet excit...
Zero-mass-flux periodic excitation was applied at several regions on a simplified high-lift system t...
This study focuses on Active Flow Control methods used in conjunction with airplane high-lift system...
This paper presents the development process of a dynamically actuated lip for active blowing at high...
Open-loop active flow control is used to modify the spanwise distribution of circulation around an N...
This paper presents an experimental implementation of an active control system used to suppress flut...
This paper provides an overview of a research and development effort sponsored by the NASA Advanced ...
Parameters governing separation control with sweeping jet actuators over a deflected flap are invest...
Active flow control systems have the potential to allow future designs of ground vehicles and aircra...
This contribution discusses the implementation of active flow-separation control for a three-dimensi...
Active flow control is used to modify the lift, drag and pitching moments on a semicircular wing wit...
The focus of the work is on the evaluation, development and integration of a robust actuator system ...
Flow control over aerodynamic shapes in order to achieve performance enhancements has been a lively ...
This paper presents the design process of an actuation device for novel high-lift devices, based on ...