… The purpose of this paper is to propose an optimization approach to flow control, where
the control mechanism is derived as a means to optimize a global measure of network …

A duality model of ow control is proposed in Part I of this paper and leads to a basic ow
control algorithm. In this sequel we develop a practical implementation of the basic algorithm, …

… -art optimization methods has become the center of activity in computational flow control and
optimization. Today, … This book deals with flow control and optimization as a subdiscipline of …

The design and use of “plasma actuators” for a variety of flow control applications are
presented. The actuators consist of two electrodes that are separated by a dielectric material. A …

… problem of developing flow control policies with global objective functions. Flow control is the
… We show how to express such a flow control policy objective as a positive linear program. …

… In the following, we will focus on applications to Fluid Mechanics, and more specifically to
optimal flow control and optimal design. Before presenting applications of DRL to fluid …

… previously an optimization approach to ow control where the control mechanism is derived
as a gradient projection algorithm to solve (the dual of) a global optimization problem 16, 15]. …

… Recent advances in flow control research have demonstrated that plasma actuators could
be efficient in different aerodynamic applications.Particularly, plasma actuators were proposed …

… The present paper provides an experimental optimization of a NACA 4415 airfoil equipped
with vortex generators (VGs) to control its flow separation. To build this optimal configuration …

… power flow controller for a utility connected microgrid based on a real-time self-tuning method.
The purpose is to control the flow … This paper also shows the response of the controller in …