The internal and external flow field of a fluidic oscillator with two feedback channels are
examined experimentally within the incompressible flow regime. A scaled-up device with a …

Enhancement of heat and mass transfer and decrease of energy dissipation are great
necessities of the evolution of fluid flow devices. Utilizing oscillatory or pulsatile fluid flow for …

This study experimentally explores the two-dimensional heat transfer characteristics of an
impinging sweeping jet generated from a feedback–channel-type fluidic oscillator. The …

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 …

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 …

The presented study examines various methods for phase averaging the naturally oscillating
flowfield of a scaled-up fluidic oscillator. No external trigger is employed to control the …

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

A numerical study is conducted to explore the unsteady nature of fluidic oscillators, which
are responsible for generating sweeping jets for effective flow control of large-scale …

This experimental study investigates the effects of internal geometry modifications on the
performance of a curved Sweeping Jet actuator. The modifications are applied to the …

The present paper investigates drag reduction on a rectangular bluff body by employing
base flaps and controlling flow separation with fluidic oscillators. Wind tunnel experiments …