Thanks to the developments in the area of microfluidics, the cavitation-on-a-chip concept
enabled researchers to control and closely monitor the cavitation phenomenon in micro …

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

Laser-induced cavitation bubble dynamics at different distances from a rigid boundary is
investigated using high-speed synchrotron x-ray phase-contrast imaging. This is achieved …

In this study, we establish a full coupling model (FCM) to simulate strong bubble-sphere
interactions based on a three-dimensional boundary integral method. Different from the …

Influences of phase-change are generally ignored by current numerical models that are
used to study spark-generated cavitation bubble dynamics. However, this assumption was …

We numerically investigate the effect of non-condensable gas inside a vapor bubble on
bubble dynamics, collapse pressure, and pressure impact of spherical and aspherical …

Cavitation bubbles induce impulsive forces on surrounding substrates, particles, or surfaces.
Even though cavitation is a traditional topic in fluid mechanics, current understanding and …

Single bubble dynamics are of fundamental importance for understanding the underlying
mechanisms in liquid–vapor transition phenomenon known as cavitation. In the past years …

We document experimentally four different interactions of a laser-induced bubble and a free-
settling particle, with different combinations of the geometric and physical parameters of the …

This study presents a general methodology and an experimental approach to identify the
gas components within laser-induced cavitation bubbles. A needle electrode inside the …