… built into the turret cap, and can be either flat or conformal. Turrets create wakes that can …
which are well outside the current control capabilities of traditional adaptive-optics methods […

… built into the turret cap, and can be either flat or conformal. Turrets create wakes that can …
which are well outside the current control capabilities of traditional adaptive-optics methods4…

… -looking angles through the turbulent wake flow. In particular, … and hybrid (active and passive)
flow control applied to the turret … control alone was found to be the modification of the wake …

… in the turret wake and its adverse effects on the optics, over the last few decades multiple
control … and to reduce the size of the wake. A good, although dated, overview of methods to …

… Morgan and Visbal16 performed a numerical investigation of the flow over a turret at ReD
= 4.36·105 and M = 0.5 and compared a hybrid RANS/ILES and k-ε RANS simulations with …

… Hybrid control (a combination of active and passive control) … the active control system in the
near field wake of the turret using … and temporal nature of the three-dimensional turret wake. …

… of transitioning from the URANS to hybrid model at x = 0.51. Clearly high levels of eddy
viscosity seen upstream of the turret are absent in the turret wake hybrid solution. The z-vorticity …

… configuration show an unsteady complex three-dimensional separated flow (also
visualized in hybrid RANS/LES simulations), which results from the turret geometry: a low AR …

… techniques have been investigated, including synthetic jet actuators, unsteady suction,
and hybrid control systems. Synthetic jet actuators have been shown to reduce optical-path-…

… wake flow. In particular, the focus of the current paper is the effectiveness of passive and
hybrid (active and passive) flow control applied to the turret … of the active flow control alone was …