Add to ORKGThis work describes results of theoretical study of bubble dynamics in an acoustic field. It is known that there is a radiation force on a bubble in an acoustic resonator. This force can provide conditions of bubble levitation. We consider forces acting on a bubble in a resonator with flowing liquid. It is described in the paper bubble motion in such a condition for different parameters. Results of calculations are discussed
International audienceIn this article we are interested in the coupling between the translational an...
Experiments to study the effect of acoustic forces on individual bubbles in shear flows have been ca...
National audienceWe report on the primary and secondary acoustic forces exerted by ultrasonic standi...
This work describes results of theoretical study of bubble dynamics in an acoustic field. It is know...
The rising motion and the acoustic emission of a pulsating spherical gas/vapour bubble in an isochor...
Multiphase flows management is a major challenge in many space applications given the different grav...
Acoustic cavitation is investigated experimentally and theoretically starting with a single bubble i...
The effect of an acoustically driven bubble on the acoustics of a liquid-filled pipe is theoreticall...
Bubble levitation in an acoustic standing wave is re-examined here for the case of single-bubble so...
The motion of a bubble of gas and vapour in an isochoric, inviscid liquid is numerically investigat...
Basic facts on the dynamics of bubbles in water are presented. Measurements on the free and forced r...
The discovery of acoustic cavitation phenomenon is an important role in the design of a wide range o...
The acoustic field in the liquid within a spherical solid shell is calculated. The proposed model tak...
A review of several aspects of the interaction of bubbles with acoustic and flow fields is presented...
Complex dynamics of microparticles and gaseous bubbles in an acoustic field caused by the period-ave...
International audienceIn this article we are interested in the coupling between the translational an...
Experiments to study the effect of acoustic forces on individual bubbles in shear flows have been ca...
National audienceWe report on the primary and secondary acoustic forces exerted by ultrasonic standi...
This work describes results of theoretical study of bubble dynamics in an acoustic field. It is know...
The rising motion and the acoustic emission of a pulsating spherical gas/vapour bubble in an isochor...
Multiphase flows management is a major challenge in many space applications given the different grav...
Acoustic cavitation is investigated experimentally and theoretically starting with a single bubble i...
The effect of an acoustically driven bubble on the acoustics of a liquid-filled pipe is theoreticall...
Bubble levitation in an acoustic standing wave is re-examined here for the case of single-bubble so...
The motion of a bubble of gas and vapour in an isochoric, inviscid liquid is numerically investigat...
Basic facts on the dynamics of bubbles in water are presented. Measurements on the free and forced r...
The discovery of acoustic cavitation phenomenon is an important role in the design of a wide range o...
The acoustic field in the liquid within a spherical solid shell is calculated. The proposed model tak...
A review of several aspects of the interaction of bubbles with acoustic and flow fields is presented...
Complex dynamics of microparticles and gaseous bubbles in an acoustic field caused by the period-ave...
International audienceIn this article we are interested in the coupling between the translational an...
Experiments to study the effect of acoustic forces on individual bubbles in shear flows have been ca...
National audienceWe report on the primary and secondary acoustic forces exerted by ultrasonic standi...