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 …

This paper scrutinizes the nonlinear multibubble model with considering bubble-bubble (BB)
interaction in Cu− Al 2 O 3/water hybrid nanofluid over the vapour bubble radius in …

The aim of this study is to focus mainly on the behavior of gas bubble growth under the effect
of a magnetic field in $ N $-dimensions of non-Newtonian hybrid nanomaterials. Many types …

This work proposes physico-mathematical models for cavitation of microbubble clouds
under the influence of bubble–bubble interaction during histotripsy. The mathematical …

In this work, we propose the theoretical and mathematical approaches of lipid-coated multi-
microbubbles in viscoelastic tissues during the growth process of microscopic bubbles. The …

Monitoring bubble cavitations and bubble dynamics are essential in enhancing non-invasive
ultrasonic ablation methods like histotripsy that mechanically fractionates tissue into …

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 …

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 …

The aim of this research is to investigate heat transfer by free convection in an annular,
partially porous space between two coaxial cylinders with a permeable interface saturated …

Histotripsy is a technique that uses sound waves to create cavitation microbubbles which
are used in the liquefaction of tumor tissue cells. High-intensity ultrasonic waves perform the …