The dynamics of spherical laser-induced cavitation bubbles in water is investigated by
plasma photography, time-resolved shadowgraphs and sensitive single-shot probe beam …

We investigate dynamics of a single cavitation bubble in the vicinity of a horizontal wall
throughout expansion and collapse using a sharp–interface level-set method. The numerical …

Despite significant progress in understanding and foretelling pressure-driven bubble
dynamics, models that faithfully predict the emitted acoustic waves and the associated shock …

To investigate the energy partitioning up to the fourth oscillation of a millimeter-scale
spherical cavitation bubble induced by laser, we used nanosecond laser pulses to generate …

The conventional high-speed images of cavitation with a set of X-ray phase contrast images
reveal the presence of three different types of mechanisms responsible for large cloud …

Laser-induced cavitation bubble has been widely used to investigate the mechanisms of
hydraulic machinery cavitation erosion and to explore applications in atomization, alloy …

The interaction between a particle and a cavitation bubble significantly influences the
erosive effect on the wall surface of flow passage components in fluid machinery. This paper …

Laser induced shockwave technology is gaining attention worldwide as an emerging, non-
destructive and promising non-thermal processing method. Shockwaves with wavelengths …

Characteristics of laser-induced plasma depends strongly on its ambient pressure, and a
deeper understanding of the high pressure impact on the underwater plasma emission is …

The oscillation characteristics of a bubble in a confined space have important implications
for various applications, including liquid pumping and mixing and particle conveyance in …