The presented work provides a technical summary of the fundamental time-resolved
properties of a spatially oscillating jet emitted by a fluidic oscillator. The discussion focuses …

While an impinging jet has been widely investigated because of its remarkable convective
heat transfer performance, the impingement of a sweeping jet which undergoes periodic …

IMPROVED aerodynamic designs and new aerodynamic technologies will play a vital role in
improving the nextgeneration aircraft's performance and contribute strongly to the product …

This experimental study investigates the fundamental flow field of a spatially oscillating jet
emitted by a fluidic oscillator into an attached cross-flow. Dominant flow structures, such as …

While the impinging sweeping jet generated by a conventional fluidic oscillator has been
extensively investigated for its remarkable convective heat transfer performance, the cooling …

A new design of fluidic oscillator, in which the oscillator is curved along its primary flow
direction, allows for a sweeping jet to be placed near the leading edge of a wing as an active …

The relative phase of oscillating jets from a pair of fluidic oscillators was synchronized in this
work. The means for this synchronization was mutual interaction through a shared feedback …

This paper describes a computational study of fluidic oscillator-crossflow interactions. Fluidic
oscillators are high potential active flow control devices, which offer promise for cooling and …

Normal impingement jets remove heat from a hot target locally and cause non-uniform
temperature due to the limited covered distance on the target. The current numerical study …

The installation conditions of fluidic oscillators embedded in a hump surface were
numerically investigated to improve the separation control of the flow over the hump …