The three-dimensional flow of a circular synthetic jet interacting with a turbulent crossflow is
investigated with unsteady Reynold-Averaged Navier–Stokes simulations. The effects of jet …

In this paper, underwater thrust vectoring method based on double synthetic jet actuator is
studied. The thrust characteristic of the system under different nozzle distances and phase …

Spreading and decay rates of several synthetic jets are experimentally measured up to 70–
100 diameters (d) away from the orifice. It is found that, consistent with previous studies, after …

The thrust characteristic and efficiency of synthetic jet underwater is easily affected by the
geometrical parameters. In this paper, the influence of nozzle geometrical parameters on the …

The flow field generated by the interaction between a zero-net-mass-flux (synthetic) jet and a
boundary layer crossflow is studied in the present work. The investigation consists in Direct …

In the literature, flows produced by synthetic jets (SJ) have been studied extensively through
experiments and numeric simulations. The essential physics of such a complex system has …

For over two decades, synthetic jet actuators have been investigated by researchers seeking
to understand, develop, and apply active flow control technologies. The enduring interest in …

In this article, the drag characteristics of an underwater vehicle propelled by a synthetic jet
(SJ) is numerically studied. The underwater vehicle studied is REMUS Autonomous …

In this work, we consider the problem of attitude (or orientation) estimation in small, resource-
constrained, autonomous vehicles. In particular, we are interested in the development of a …

Preferential concentration is a well-known phenomenon that clusters of particles (Stokes
number around 1.0) exhibits the discernible concentration at the positions with a higher …