The size distribution of child droplets resulting from a dual-bag fragmentation of a water drop
is investigated using shadowgraphy and digital in-line holography techniques. It is observed …

A direct comparison of the droplet size and number measurements using in-line holography
and shadow imaging is presented in three dynamically evolving laboratory scale …

We experimentally investigate the morphology and breakup of a droplet as it descends
freely from a height and encounters an airstream. The size distributions of the child droplets …

This study investigates the effects of beverage consumption on droplet production during
coughing and speaking. Interferometric Mie imaging (IMI) measures particle size using the …

We examine five machine learning-based architectures to estimate the droplet size
distributions obtained using digital inline holography. The architectures, namely, U-Net, R2 …

Three-dimensional (3-D) clustering characteristics of large-Stokes-number sprays
interacting with turbulent swirling co-flows are investigated experimentally. The astigmatic …

Quantifying the droplet field near the atomizer exit poses a challenge due to its three-
dimensional (3D), multiscale and turbulent characteristics. An optical measurement method …

An experimental study on the aerobreakup of a wall-attached droplet induced by a shock
wave is carried out in this work. The shock wave and the post-wave air stream are generated …

We conduct systematic experiments to investigate the dynamics of liquid jet breakup and the
resulting droplet size distribution, emphasizing the influence of liquid jet velocity and needle …

Aerodynamic breakup refers to the process where large droplets are fragmented into small
droplets by the aerodynamic force in airflow, which plays a vital role in fluid atomization and …