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 …

A companion experimental and numerical study was conducted for the performance of a row
of five sweeping jet (SJ) film cooling holes consisting of conventional curved fluidic …

Significant advancements in the field of additive manufacturing (AM) have increased the
popularity of AM in mainstream industries. The dimensional accuracy and surface finish of …

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 …

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 …

The passive sweeping jet fluidic oscillators are a promising potential candidate in heat
transfer applications such as gas turbine cooling, electronic components cooling, and heat …

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 present study assesses the applicability of fluidic oscillators for separation control in
water. The first part of this work evaluates the properties of the fluidic oscillators including …

An innovative schlieren system design is introduced using two off-the-shelf telescopes
instead of large, expensive lenses or mirrors. Schlieren is used in combination with a high …

Active flow control (AFC) in the form of sweeping jet (SWJ) excitation and discrete steady jet
excitation is used to control the flow separation on a National Advisory Council for …