Encapsulated microbubbles are empty, micrometer-sized, spherical bubbles, typically
micron which are used in many applications as lipid-shells in soft tissues. Here, this paper …

This study analyzes the growth of a vapour bubble in a superheated nanofluid with variable
surface tension at the bubble interface. The governing equations describing the problem are …

Focused ultrasound techniques are used to treat injuries with cancerous tumors by using the
devastating growth, collapse, and rebound processes of cavitation bubbles, which can …

For better applications of low-frequency sonophoresis in transdermal interstitial fluid
extraction and transdermal drug delivery, the microscopic mechanism of skin …

The nonlinear dynamics of charged cavitation bubbles are investigated theoretically and
analytically in this study through the Rayleigh–Plesset model in dielectric liquids. The …

Acoustic microcavitation and associated mechanical effects, such as stress and strain, are
significant in decreasing cavitation thresholds and improving cavitation effects at multiple (ie …

This work presents a numerical investigation of acoustic cavitation in Newtonian fluid based
on frequency ultrasound. The model of ultrasonic cavitation dynamics is formulated by a …

Over the past decades, interest has increased in studying different techniques to detect the
importance of microbubbles in many industrial and medical applications such as …

Acoustic cavitation is the expansion and contraction of existing microbubbles in liquids
brought on by an ultrasonic field. The dynamics of oscillations at higher pressures and …

The issue is devoted to theoretical, computational, and experimental studies of phase and
structural transitions and non-equilibrium phenomena (phase transformations, heat …