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 …

THE development of techniques for expanding the ability to control flows in a wide variety of
configurations and flow conditions can lead to greatly improved flow-related systems …

Microfluidic oscillators were obtained from wall attachment microfluidic amplifiers using a
feedback loop from the outputs to the control inputs. These devices can be used as flow …

Enhancing the ability to control flows in different configurations and flow conditions can lead
to improved systems. Certain active flow control (AFC) actuators are efficient at low Mach …

An asymmetric micro-oscillator design based on a monostable fluidic amplifier is proposed.
Experimental data with various feedback loop configurations point out that the main effect …

The effects of different geometrical factors such as the jet nozzle exit width, feedback
channel width, oscillator depth, and the oscillating chamber shape on the feedback fluidic …

Feedback fluidic flowmeters with curved attachment walls instead of conventional straight
attachment walls were designed and machined. We experimentally investigated the effects …

Fluidic oscillators are non-moving part fluid valves that generate a self-sustained, stable
oscillating flow and pressure. This research involves an experimental investigation of one …

Fluidic injectors have the potential to provide periodic, distributed spray production for a
variety of applications. An experimental and analytic study was conducted using a concept …

The near-field flow characteristics and jet fluid dispersion properties of non-oscillating and
transversely oscillating jets issued from a fluidic oscillator were studied experimentally. A V …