The process by which a liquid jet falling into a liquid pool entrains air is studied
experimentally and theoretically. It is shown that, provided the nozzle from which the jet …

It was shown in recent work that the crests of surface disturbances on a falling jet are a
powerful agent for air entrainment at the free surface of a liquid pool. The paper explores the …

Axial modulation of liquid jets leads to the well-known jet 'bunching'effect. The associated
accumulation of liquid in certain parts of the jet is advantageous, as it can increase the …

Über die Interaktion fast paralleler sowie kollidierender Kraftstoffsprays Die Zerstäubung des
eingespritzten Kraftstoffs ist sowohl in Otto-als auch in Dieselmotoren ein maßgeblicher …

In this study, numerical simulation is employed to diagnose the behavior of round liquid jet
under forced perturbation with the low-velocity coaxial gas flow. A sinusoidal longitudinal …

For the investigation of fast repetitive, eg periodic, phenomena the high-speed video
stroboscope proposed by the author offers significant benefits. It provides a real-time …

In this study, a numerical simulation is used to show the physics of a coupled forced
perturbation and liquid jet in the presence of a low-velocity coaxial gas flow. The volume of …

The disintegration of a liquid jet emerging from a nozzle has been under investigation for
several decades. A direct consequence of the liquid jet disintegration process is droplet …

Выполнено численное моделирование поведения струи жидкости при наличии
вынужденных возмущений и низкоскоростного соосного потока газа. Для исследования …

This study focuses on the design and development of a new spray applicator design utilizing
effects of imposed pressure oscillations in conjunction with cavitation collapse energy to …