Soft robots are being developed as implantable devices and surgical tools with increasing
frequency. As this happens, new attention needs to be directed at the materials used to …

Acoustic cavitation (or the formation of bubbles using acoustic or ultrasound-based devices)
has been extensively exploited for biological applications in the form of bioprocessing and …

Upon interaction with underwater shock waves, bubbles can collapse and produce high-
speed liquid jets in the direction of the wave propagation. This work experimentally …

The dynamics of two gas bubbles placed side-by-side in liquid between parallel rigid plates
is studied numerically using the multiphase volume of fluid (VOF) model in OpenFOAM. This …

Jetting mechanisms in cavitation bubbles play a crucial role in the destructive forces of
cavitation. Depending on the application, these forces can have desirable effects like in …

Acoustically-responsive scaffolds (ARSs), which are composite fibrin hydrogels, have been
used to deliver regenerative molecules. ARSs respond to ultrasound in an on-demand …

The study of bubble growth and collapse is of great significance in the context of
sustainability due to its influence on numerous energy-related processes and technologies …

This study experimentally investigates the interaction of an array of bubbles near a rigid wall.
Three bubbles are simultaneously generated using underwater electric discharges, forming …

In the present paper, the dynamic behavior of cavitation bubbles near a wall is
experimentally investigated with a focus on the retardant effects of the wall on the collapsing …

A high-fidelity multiphase flow computational model is utilized to investigate the interaction
mechanism between anti-phase tandem bubbles and tissue materials in a free-field …