Add to ORKGGeneral differential equations governing the dynamics of the cavitation bubbles in a liquid were derived. With the assumption of spherical symmetry the governing equations were simplified. Closed form solutions were obtained for simple cases, and numerical solutions were calculated for complicated ones. The growth and the collapse of the bubble were analyzed, oscillations of the bubbles were studied, and the stability of the cavitation bubbles were investigated. The results show that the cavitation bubbles are unstable, and the oscillation is not sinusoidal
Cavitation is the fluid phenomenon where a bubble of gas or vapour can spontaneously form in a liqui...
In the context of simulation of bubble dynamics and cavitation, even the simple problem of the colla...
The cavitation phenomenon has today become a keystone for different areas of science and technology ...
This book describes and explains the fundamental physical processes involved in bubble dynamics and ...
In liquid flow, the liquid vaporizes when the pressure drops below vapor pressure and cavities form....
This paper analyzes the growth or collapse of a spherical bubble in an incompressible, viscous fluid...
Three regimes of liquid flow over a body are defined, namely: (a) noncavitating flow; (b) cavitatin...
International audienceEquations are derived that describe the growth and subsequent damped oscillati...
Experimental observations are made on collapsing cavitation bubbles. Bubbles generated by two diffe...
A simplified form of the stability equation appropriate for liquids of small viscosity undergoing ne...
"We present an analysis of the Rayleigh-Plesset equation for a three dimensional vacuous bubble in w...
The collapse of a cavitation bubble is examined by direct numerical simulations of the Navier–Stokes...
Cavitation is described by formation and collapse of the bubbles in a liquid when the ambient pressu...
In many cavitating liquid flows, when the number and concentration of the bubbles exceeds some criti...
An analysis is performed to investigate free and forced oscillation of a gas bubble and cavitation i...
Cavitation is the fluid phenomenon where a bubble of gas or vapour can spontaneously form in a liqui...
In the context of simulation of bubble dynamics and cavitation, even the simple problem of the colla...
The cavitation phenomenon has today become a keystone for different areas of science and technology ...
This book describes and explains the fundamental physical processes involved in bubble dynamics and ...
In liquid flow, the liquid vaporizes when the pressure drops below vapor pressure and cavities form....
This paper analyzes the growth or collapse of a spherical bubble in an incompressible, viscous fluid...
Three regimes of liquid flow over a body are defined, namely: (a) noncavitating flow; (b) cavitatin...
International audienceEquations are derived that describe the growth and subsequent damped oscillati...
Experimental observations are made on collapsing cavitation bubbles. Bubbles generated by two diffe...
A simplified form of the stability equation appropriate for liquids of small viscosity undergoing ne...
"We present an analysis of the Rayleigh-Plesset equation for a three dimensional vacuous bubble in w...
The collapse of a cavitation bubble is examined by direct numerical simulations of the Navier–Stokes...
Cavitation is described by formation and collapse of the bubbles in a liquid when the ambient pressu...
In many cavitating liquid flows, when the number and concentration of the bubbles exceeds some criti...
An analysis is performed to investigate free and forced oscillation of a gas bubble and cavitation i...
Cavitation is the fluid phenomenon where a bubble of gas or vapour can spontaneously form in a liqui...
In the context of simulation of bubble dynamics and cavitation, even the simple problem of the colla...
The cavitation phenomenon has today become a keystone for different areas of science and technology ...