The systems with fluidic oscillators are intensively studied nowadays because the oscillatory flow can increase heat and mass transfer decrease energy dissipation. Fluidic produce an active-type mixing enhancement but in a passive manner as they do not require any moving parts. They convert steady pressurized inlet to or pulsatile at outlet without need for external power. In general, there man...

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 separation. Previous experimental studies have investigated the internal/external fields oscillators. improved understanding three-dimensional fields; however, this has been limited to single aspect ratio...