Cavitating jets have been widely studied for over a century, but despite the extensive
literature on this subject, the implementation of cavitating jets in many industries is still very …

Ventilation and air conditioning systems are specified by the configuration of jets which may
interact with sharp edges when travelling from the nozzle. These configurations could in …

Self-sustained tonal sounds are related to aero-acoustic coupling and occurs in impinging
jets when a feedback loop is present between the jet exit and the impinged plate. The …

Passive control techniques of impinging jets are of high interest for many industrial
applications and particularly for noise generation issues encountered in such configurations …

Impinging jets are widely used in ventilation systems to improve the mixing and diffusion of
airflows. When a rectangular jet hits a slotted plate, an acoustic disturbance can be …

Impinging jets are found in many industrial applications and specifically in ventilation
systems. Mostly, these jets are turbulent and under certain conditions can be a source of …

Ventilation systems are of vital importance for buildings, not only to provide acceptable
thermal conditions and air quality for occupants, but also with regards to energy usage …

Impinging jets are of high interest in many industrial applications and their flow dynamics
has a complex three-dimensional behavior. These jets can result in a high noise generation …

Confined jets impinging on slotted surfaces are usually used in industry, transportation,
housing and many other fields. In the construction industry, these jets can be used in …

Impinging jets on plates with specific geometries, found in habitable enclosures, require a
fundamental knowledge of the flow topology in order to reduce any acoustic or aeraulic …