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 …

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 …

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 …

The application of an impinging sweeping jet, which oscillates periodically with a large
angle, to convective heat transfer has received attention owing to its capability to provide a …

Increasing inlet temperatures of gas turbines is the way to go for the development of
advanced aero engines. As the inlet gas temperature of modern gas turbine engines …

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 …

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 …

This paper reports a high-frequency event-triggered background-oriented schlieren (BOS)
technique using a combination of an event-triggered camera and dynamic projection. To …

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