Because of their effectiveness and adaptability, impinging jets have found their way into a
host of applications ranging from cooling turbine blades, to heat management of electronic …

The present study experimentally investigates the flow characteristics of a fully developed
circular water jet (vertical and oblique) over a wide range of Reynolds numbers, impinging …

The stability of the water jet flow used in water-guided laser processing plays a crucial role
in determining the quality of the processing process. The present study aims to investigate …

This study investigated flow characteristics associated with a circular pulse-impinging jet on
an inclined surface using dye visualization and particle image velocimetry techniques. The …

As compared to the well-researched case of a plane jet impinging on a solid plate, relatively
rare attention was paid to the impingent on an erodible sand bed, which induces continuous …

The present study aims at understanding the effect of external pulsations on the flow
characteristics in the downhill region of an oblique jet impingement with the help of particle …

Although scaled physical models and numerical simulations have been employed to study
the hydrodynamic performance of recirculating aquaculture system (RAS) aquaculture tanks …

The impinging jet is a complex heat and mass transfer technique that involves several
process variables, such as the jet Reynolds number, impingement distance, and jet …

This study experimentally investigated the transient flow characteristics of single and twin
parallel circular impinging jets using Particle Image Velocimetry (PIV) and Proper …

This study presents a theoretical analysis of the oblique gas jet impingement process on a
liquid surface, elucidating the evolution of the flow field distribution and the influence of jet …