The cooling performance of sweeping jet film cooling was studied on a turbine vane suction
surface in a low-speed linear cascade wind tunnel. The sweeping jet holes consist of fluidic …

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

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 …

The heat transfer and flow structure characteristics of a film-cooled leading edge model with
sweeping and normal jets were numerically investigated using the conjugate heat transfer …

This study includes the design, validation, and fabrication via direct metal laser sintering
(DMLS) of a gas turbine nozzle guide vanes (NGV) that incorporates three innovative …

The sweeping jet (SJ) film cooling hole has shown promising cooling performance
compared to the standard shaped hole in low-speed conditions. The present work …

This paper describes a computational study of fluidic oscillator-crossflow interactions. Fluidic
oscillators are high potential active flow control devices, which offer promise for cooling and …

In this paper, the fluid flow behavior and cooling characteristics of a sweeping impingement
jet were investigated. Also, the difference between free and confined impingement schemes …

Film cooling is an essential cooling technology to allow modern gas turbines to operate at
high temperatures. For years, researchers in this community have worked to improve the …

A novel fluidic oscillator design, in which the oscillator is curved along the primary flow
direction, was evaluated. The effects of mass flow rate, hydraulic diameter, aspect ratio …