Abstract: The natural frequency of a spherical gas-filled bubble oscillating in a viscous compressible liquid is derived. Surface tension is also included in this solution, but gravity, gas diffusion and ...

Abstract: The behavior of a spherical bubble as it collapses in the vicinity of a solid wall was theoretically analyzed, in terms of the effect of compressibility, viscosity, surface tension, and gravity ...

Abstract: The natural frequencies of two spherical bubbles, as they oscillate near each other in water, was theoretically studied, by taking account of surface tension, and on the assumption of the gas ...

Abstract: The behavior of cavitation bubbles and the impulse pressure occurring from the bubble in non-Newtonian lubricants are analyzed as one of the studies on cavitation which is caused on the bearing ...

Abstract: In the present paper, the equation of motion for the bubble and the pressure equation at the bubble wall in a Casson fluid were obtained. Then by using the derived equations, the behavior ...

Abstract: In relation to the temperature effect in cavitation damage, the collapse of a single bubble in water over a wide range of temperatures was experimentally studied. A spark-induced bubble was ...

Abstract: An experimental study was made on the collapse of a gas bubble attached to a solid wall by a shock wave. The collapse process of the bubble and the induced impact wall pressure were measured ...

Abstract: Cavitation damage tests in polymer solutions are made with a vibratory cavitation apparatus. It is possible for this device to suppress the degradation of polymer by ultrasonic cavitation. Polymer ...