Ultrasonic fields can push and levitate particles, heat up materials, induce contactless tactile
stimuli, or affect the blood-brain barrier. Current phased-arrays can create dynamic …

Acoustic manipulation is extensively employed due to its versatility and noncontact
capability. Although significant developments have been made in this field, the dynamic …

This paper is concerned with the development of an arbitrary Lagrangian–Eulerian (ALE)
method for predicting nonlinear acoustic waves radiated from large-amplitude vibrational …

The development of contactless acoustic-levitation technology has grown rapidly in recent
years, and the acoustic-levitation system is an electromechanical system with complex …

This article presents a compact and contactless stage capable of levitating/rotating the wafer
via hybrid excitation of standing waves (SWs) and traveling waves (TWs). The stage …

With the advantages of non-contact, compatibility, no chemical effect and safety, acoustic
levitation of object has great potential to apply in chemistry, biology, medicine field and …

Acoustic manipulation holds excellent potential for applications in life sciences, medicine,
physics, and contactless measurement with non-contact, versatility, and safety advantages …

Acoustic levitation and diamagnetic levitation are experimental methods that enable the
contact-free study of both liquid droplets and solid particles. Here, we combine both the …

This thesis describes the use of diamagnetic levitation to study fluids in a zero-gravity
environment, particularly focusing on bubbles and droplets. We use a strong …