BUBBLE GROWTH AND COLLAPSE 2025

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cavitation, formation of vapour bubbles within a liquid at low-pressure regions that occur in places where the liquid has been accelerated to high velocities, as in the operation of centrifugal pumps, water turbines, and marine propellers.
Vapor bubble growth in a superheated liquid is part of the process of nucleate boiling. It is also related to depressurization (flashing) processes.
During bubble collapse, the inertia of the surrounding water causes high pressure and high temperature, reaching around 10,000 kelvins in the interior of the bubble, causing the ionization of a small fraction of the noble gas present.
For a single bubble, the larger the size of the bubble and the thicker the thickness of the liquid film, the more stable the foam. The density and viscosity of the liquid phase have relatively little effect on foam stability.
Cavitation is a significant cause of wear in some engineering contexts. Collapsing voids that implode near to a metal surface cause cyclic stress through repeated implosion. This results in surface fatigue of the metal, causing a type of wear also called cavitation.

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Cavitation bubbles form in a liquid when the pressure of the liquid decreases locally below the saturated vapor pressure p v s a t . The bubbles grow due to low ambient pressure and collapse when the surrounding liquid pressure increases again above p v s a t .
Cavitation is the phenomenon where a bubble can spontaneously form within a liquid due to a local reduction in pressure. When these cavitation bubbles collapse, they release a high-speed liquid jet which can result in pitting of the nearby solid surface.

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