Cavitation bubble collapse in viscous, compressible liquids - Numerical analysis.
Numerical analysis of collapse of spherical bubble in compressible fluid including surface tension, viscosity and adiabatic compression of gas within bubble
Engineering topics
Publications and source records attributed to Ivany, R. D..
Numerical analysis of collapse of spherical bubble in compressible fluid including surface tension, viscosity and adiabatic compression of gas within bubble
Cavitation bubble collapse in venturi, discussing flow characteristics under large pressure gradient
Numerical analysis of collapse of spherical bubble in compressible fluid, including surface tension, viscosity and adiabatic compression of gas within bubble
Behavior of cavitation bubble and liquid adjacent to bubble in viscous compressible fluid
Observed collapse rate of water bubbles in cavitating Venturi compared with incompressible theory for spherical bubbles
Gamma-ray densitometer technique for precise measurement of local or mean density in axially symmetric two phase flow with attention to cavitating mercury in venturi
Behavior of individual cavitation bubbles in cavitating flows of water and liquid Mercury, using two-dimensional Plexiglas venturi
Cavitation scale and thermodynamic effects in stationary and rotating components with water and mercury