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 …

Thermal pollution is commonly the damage to natural ecosystems caused by industrial water
discharge into the environment above ambient temperature. The highly efficiently dissipative …

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 …

An experimental study was conducted to compare performance and efficiency between
fluidic oscillators and steady jets with respect to commonly used flow control coefficients for …

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 …

Circulation control (CC) is an airfoil lift augmentation technique that replaces mechanical
structures by means of aerodynamic flaps generated by high-speed jets. In view of the high …

This study quantifies the flow characteristics of an opposed facing fluidic oscillator pair that
was arranged in a back-to-back configuration. The objective was to obtain two synchronized …

Various fluidic oscillators were tested on a model of the NASA hump geometry in support of
the development of active flow control technology. Time-averaged pressure measurements …

A new opposite facing oscillator pair is presented where shared feedback channels enable
synchronized sweeping of the exiting jets. The design has no moving parts and the oscillator …