Advances in experimental techniques and the ever-increasing fidelity of numerical
simulations have led to an abundance of data describing fluid flows. This review discusses a …

Wind-tunnel experiments were conducted on two symmetric airfoils with different thickness
ratios as a test of the ability of Goman–Khrabrov-type models to predict the lift coefficient …

The large-eddy simulation technique was used to investigate the dynamics of unsteady flow
separation on a flat-plate turbulent boundary layer. The unsteadiness was generated by …

A spatially developing turbulent boundary layer subject to a space-and time-dependent
pressure gradient is analysed via large-eddy simulation. The unsteadiness is prescribed by …

The development of simple, low-order and accurate unsteady aerodynamic models
represents a crucial challenge for the design optimisation and control of fluid dynamical …

The practical benefits and issues related to controlling unsteady loads in gusting flows with
active flow control actuators are discussed. Recent methods used to model the response of …

This paper presents a framework based on either iterative simulation or iterative
experimentation for constructing an optimal, open-loop maneuver to regulate the …

Dynamic stall has been a limiting factor in design and operation on rotating systems within
the rotorcraft, propulsion, and sustainable energy disciplines for more than forty years …

A feedback active flow control (AFC) scheme is studied for control of unsteady aerodynamic
loads that act on a generic tailless delta wing during transverse gust encounters. The …

We quantify and model the airfoil response to its pitching flap using a comprehensive
experimentally acquired database at chord-based Reynolds number 1.8× 10 6. This …