Acoustofluidic technologies utilize acoustic waves to manipulate fluids and particles within
fluids, all in a contact-free and biocompatible manner. Over the past decade, acoustofluidic …

Studies on radiation pressure in acoustics and optics have enriched one another and have a
long common history. Acoustic radiation pressure is used for metrology, levitation, particle …

We seek stable tractor beams that not only axially pull objects but also transversely trap the
object. Transverse force acting on a spherical particle centered on the axis of acoustic …

Phase shifts from scattering are used to analyze and engineer acoustic radiation forces. With
the aid of phase shifts, analytical results for acoustic radiation forces can be simplified into …

Acoustic radiation forces (ARFs) induced by a single Bessel beam with arbitrary order and
location on a nonspherical shape are studied using the T-matrix method (TMM) in three …

A theoretical solution of the acoustic radiation force (ARF) on spherical particles by an
arbitrary beam in viscous fluids in a tube is proposed. Based on the parametric design with …

We employ a lattice Boltzmann method to compute the acoustic radiation force produced by
standing waves on a compressible object for the density matched case. Instead of simulating …

The classical optical theorem states that for a wave propagating in a lossless medium and
incident on a finite scatterer, the extinction cross section is proportional to the real part of the …

This paper presents three-dimensional acoustic radiation forces exerted by an arbitrary field
on an obstacle as a sum of two parts due to momentum transfers by ingoing and outgoing …

When investigating the radiation forces on spheres in complicated wave-fields, the
interpretation of analytical results can be simplified by retaining the s-function notation and …