Vortex structures and flow scenarios of noncircular vortex rings im**ing onto walls were
studied by conducting a large eddy simulation. Three orifice aspect ratios, ARs= 3, 5, and 7 …

This study aims to understand the mechanism by which vortices influence heat transfer in
noncircular im**ing jets. Large-eddy simulations are conducted for elliptic im**ing …

Sound pressure levels and flow characteristics of a synthetic jet actuator (SJA) are
investigated experimentally using the following orifice configurations: a) a slender …

Investigating vorticity dynamics provides an effective way for understanding the fundamental
mechanisms of fluid flows across diverse scales. However, experimental vorticity …

The dynamics of finite-span vortex rings expelled from a synthetic jet actuator is studied
experimentally using stereoscopic particle image velocimetry as well as being modeled with …

This study examines the fluid dynamics of rectangular orifice synthetic jets using large eddy
simulation (LES) with the Smagorinsky–Lilly model, performed in ANSYS Fluent with water …

The vortex dynamics of starting rectangular jets with aspect ratios of 1, 4, 8, and 10 is
investigated numerically at Reynolds number of 1000. The 45°-axis-switching for the square …

Pulsatile jet propulsion is a highly energy-efficient swimming mode used by various species
of aquatic animals that continues to inspire engineers of underwater vehicles. Here, we …

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 …