The understanding of bubble induced mechanical actions is crucial in many engineering and therapeutic applications. Controlling bubble oscillations and the induced flows in the vicinity is still a challenging task. The proposed techniques allows c
Sign in or start your free trial to access this content
A fast and reliable technique is proposed to control the shape oscillations of a single, trapped acoustic bubble that is based on coalescence technique between two bubbles. The steady-state, symmetry-controlled bubble shape oscillations allow analysis of the fluid flow generated in the vicinity of the bubble interface.