We present a numerical study of the acoustophoretic motion of particles suspended in a
liquid-filled PDMS microchannel on a lithium niobate substrate acoustically driven by …

This review reports the progress on the recent development of topology optimization of
microfluidics. Topology optimization of microfluidics in different flow state, including Stokes …

Minimization of drop contact time is so important and critical for applications such as self-
cleaning and anti-corrosion. In recent years, surface acoustic waves are presented as a …

Acoustic streaming, the generation of mean flow by dissipating acoustic waves, provides a
promising method for flow pum** in microfluidic devices. In recent years, several groups …

Several types of research are performed on flow control and this fact highlights the
importance of this topic. Over the last two decades, actuators based on acoustic waves have …

Micro-scale systems have gained considerable attention in recent years and a large amount
of researches have been done in this field. In this study, the hydrodynamic interference of a …

Surface acoustic waves have gained much attention in flow control given the effects arising
from acoustic streaming. In this study, the hydrodynamic interference of a drop under surface …

The optimal design of structures and systems described by partial differential equations
(PDEs) often gives rise to large-scale optimization problems, in particular if the underlying …

Biochips are physically and/or electronically controllable miniaturized labs. They are used
for combinatorial chemical and biological analysis in environmental and medical studies …

Microfluidic mixings create considerable opportunities for microscale exploration of
biomacromolecule function and local reaction kinetics. However, a robust and efficient way …