The potential industrial applications of curved tubes for single-and two-phase flow are
reviewed within the context of physics of flow, trends in the development of technology, and …

Mixing of fluids at the microscale poses a variety of challenges, many of which arise from the
fact that molecular diffusion is the dominant transport mechanism in the laminar flow regime …

The ability to mix liquids in microchannel networks is fundamentally important in the design
of nearly every miniaturized chemical and biochemical analysis system. Here, we show that …

Lipid nanoparticles (LNPs) for RNA and DNA delivery have attracted considerable attention
for their ability to treat a broad range of diseases and to vectorize mRNA for COVID …

Process intensification via miniaturization has become an attractive research field for
industry and R&D especially for the production of fine chemicals and pharmaceuticals due to …

In this article, we review recent work on the co-electrospinning of polymer core–shell
nanofibers and the manufacture of hollow nanotubes. The encapsulation and release of …

Carbon dioxide removal from air, also known as Direct Air Capture (DAC), is gaining more
attention due to the importance of negative emissions and their impact on reversing climate …

This paper presents a microscale benefit of a secondary flow obtained in a curved
rectangular microchannel, which is generally unfavorable and negligible in conventional …

Curved micro-channels are frequently used in micro-Swiss roll combustors and other
applications. The secondary flows (ie, Dean vortices) play an important role in both the …

The objective of the present study is to investigate the local variables and interfacial
phenomena for two-phase flow in coiled tube. We believe that such information is not …