Jet impingement finds an important role in several industrial applications which require high
thermal-hydraulic performance of heat exchange systems. The self-exciting sweeping jets …

Fluidic oscillators (FOs) harness inherently oscillating jets for improving mixing, heat, and
mass transfer and offer an attractive device platform for a wide range of applications. Despite …

Impinging jets have emerged as a prominent cooling technology in the gas turbine industry.
With the addition of fluidic oscillators as heat removal devices, steady-state impinging jets …

Using an unsteady jet created by the fluidic oscillator represents many opportunities to
enhance the heat removal performance of impinging jet. Numerical simulations were …

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 …

Experimental and numerical investigations were performed to evaluate the effects of the exit
nozzle configuration of a fluidic oscillator on the flowfield and impingement heat transfer …

Many studies have looked at the effects of various geometrical parameters of fluidic
oscillators on the heat transfer rate of a hot plate impinged by a sweeping jet. In this …

Impingement heat transfer is considered one of the most effective cooling technologies that
yield high localized convective heat transfer coefficients. This paper studies different …

Numerical simulation was performed to investigate the heat transfer characteristics of
sweeping jet and film cooling along with the representative flow characteristics on a flat …