With the increasing power density of electronic chips, large radar, laser diode array and
other equipments, the conventional heat dissipation methods are difficult to achieve the …

Laser-based techniques for particle-size measurement have become increasingly important
in combustion research and many other disciplines. Instruments are continually being …

The situation of a small-diameter liquid jet exposed to a large-diameter high-speed gas jet
(gas-to-liquid nozzle area ratio of order 100 to 1000) is investigated experimentally. Flow …

The present experimental study investigates the shear stripping breakup of single droplets in
subsonic and supersonic gaseous flows. In contrast to most research that places emphasis …

The aim of this paper is to characterize large-scale instabilities during the primary breakup
process in liquid centered coaxial air-water jets. The interest here is to investigate the role of …

The breakup of a liquid jet with length-to-diameter ratio of 22 surrounded by a coaxial flow of
air has been examined by a combination of high-speed photography and phase-Doppler …

This paper intends to investigate the influence of unsteadiness in the liquid jet disintegration
process on downstream fluctuations of spray characteristics in a coaxial twin-fluid injector …

The aim of this paper is to experimentally characterize the liquid jet breakup unsteadiness in
a coaxial air-blast atomizer. The current research focuses on the measurement of the …

Detailed knowledge on liquid jet instabilities is important to improve the performance of
coaxial injectors, which find wide range of industrial applications. The present paper aims to …

The primary atomization of a liquid jet by a coaxial stream of high speed gas is analyzed by
means of Proper Orthogonal Decomposition (POD) for gas to liquid momentum ratios (MR) …