In this paper, we present a theoretical, experimental and numerical study of the dynamics of
cavitation bubbles inside a droplet suspended in another host fluid. On the theoretical side …

Particle propulsion by an attached acoustic cavitation bubble under strong ultrasonic wave
excitation occupies the core of many applications, including ultrasonic cleaning …

Liquid viscosity has a potential effect on bubble dynamics. This paper is concerned with
bubble dynamics in a compressible viscous liquid near the free surface. The liquid–gas flow …

This study aims to characterize the interaction of doublet bubbles growing near a solid wall
in ferroparticle nanofluids. Accordingly, we analyzed the behavior of spherical bubbles near …

Rectified diffusion has wide and important applications in sonochemistry, ultrasonic cleaning
and medical ultrasound. Recent experimental results have demonstrated that the addition of …

In this study, the weakly nonlinear propagation of plane progressive pressure waves in an
initially quiescent liquid was theoretically investigated. This liquid contains several small …

A core unresolved challenge in rectified diffusion is the lack of predictive models, which
allow accurate modelling of the growth of bubbles over millions of cycles of oscillation. The …

Bubbles often appear in non-Newtonian liquids from nature, engineering to biomedical
applications, but their study has been under research compared to their Newtonian …

A fixed-point iteration technique is presented to handle the implicit nature of the governing
equations of nonlinear surface mode oscillations of acoustically excited microbubbles. The …

To promote the development of science and technology such as underwater explosions,
water cleaning, and medical treatment, it is necessary to understand the mechanism of the …