This review provides a detailed discussion of the historical development of fluidic oscillators
and their application to flow control. Fluidic oscillators were initially developed in the 1960's …

Flow control have been used for many years to control the fluid flow, and some employ
different concepts to serve this purpose in last decades. The ability to manipulate a flow …

This experimental study investigates the flow field and properties of a swee** jet emitted
from a fluidic oscillator into a quiescent environment. The aspect ratio of the outlet throat is 1 …

In this paper, a swee** jet is applied to control the afterbody vortices behind a slanted-
base cylinder for the first time at Reynolds numbers from 87 000 to 200 000. The control …

This paper describes test results of a joint NASA/Boeing research effort to advance Active
Flow Control (AFC) technology to enhance aerodynamic efficiency. A full-scale Boeing 757 …

Active drag reduction of an Ahmed body with a slant angle of, based on the square root of
the model cross-sectional area. Four individual actuations, produced by steady blowing, are …

The time-resolved internal and external flow field of two common oscillator designs with
equal outlet diameters are acquired by employing PIV measurements and phase-averaging …

A parametric experimental study was performed with swee** jet actuators (fluidic
oscillators) to determine their effectiveness in controlling flow separation on an adverse …

Flow-separation control on an adverse-pressure-gradient ramp model was investigated
using various flow-control methods in the NASA Langley Research Center's 15 in. wind …

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