We present a comprehensive parametric study on the flow-control scheme denoted as wall-normal uni- form blowing and suction in turbulent boundary lay- ers around airfoils. The focus is primarily put on the influence of the drag caused by the power consump- tion of the support system. We also assess the theo- retical background of the momentum budget includ- ing free-stream and boundary-layer control flux. It is shown that this assessment is crucial if a complete un- derstanding and a reliable measurement of the drag in such system is desired in practice
We examine the effects of three basic but effective control strategies, namely uniform blowing, unif...
Synthetic (zero net mass flux) jets are an active flow control technique to manipulate the flow fiel...
Successful flow control may bring numerous benefits, such as flow stabilization, flow reattachment, ...
An extensive parametric study of turbulent boundary-layer control on airfoils via uniform blowing or...
A Computational method was developed for investigating boundary layer control. Solutions of the Reyn...
With the increasing interest for renewable energy resources in the last couple of decades, the possi...
We investigate the active turbulent boundary layer control (BLC) scheme of uniform blowing also know...
The application of drag-control strategies on canonical wall-bounded turbulence, such as periodic ch...
Problems were posed and solved concerning the aerodynamic computation of the flow past an airfoil wi...
A detailed analysis of the effects of uniform blowing, uniform suction, and body-force damping on th...
Boundary layer unsteady blowing is one of the most advanced solution to reduce aircraft parasite dra...
The present study considers uniform blowing in turbulent boundary layers as active flow control sche...
We examine the effects of three basic but effective control strategies, namely uniform blowing, unif...
Synthetic (zero net mass flux) jets are an active flow control technique to manipulate the flow fiel...
Successful flow control may bring numerous benefits, such as flow stabilization, flow reattachment, ...
An extensive parametric study of turbulent boundary-layer control on airfoils via uniform blowing or...
A Computational method was developed for investigating boundary layer control. Solutions of the Reyn...
With the increasing interest for renewable energy resources in the last couple of decades, the possi...
We investigate the active turbulent boundary layer control (BLC) scheme of uniform blowing also know...
The application of drag-control strategies on canonical wall-bounded turbulence, such as periodic ch...
Problems were posed and solved concerning the aerodynamic computation of the flow past an airfoil wi...
A detailed analysis of the effects of uniform blowing, uniform suction, and body-force damping on th...
Boundary layer unsteady blowing is one of the most advanced solution to reduce aircraft parasite dra...
The present study considers uniform blowing in turbulent boundary layers as active flow control sche...
We examine the effects of three basic but effective control strategies, namely uniform blowing, unif...
Synthetic (zero net mass flux) jets are an active flow control technique to manipulate the flow fiel...
Successful flow control may bring numerous benefits, such as flow stabilization, flow reattachment, ...