With extensive and widespread uses of miniaturized and intelligent wearable devices,
continuously monitoring subtle spatial and temporal changes in human physiological states …

The thermocapillary effect at gas bubbles growing at micro-electrodes seems well
understood. However, the interfacial flow measured in the upper bubble part decays faster …

Fluid–structure interactions (FSI) on highly flexible structures involve large deformations and
require specific techniques for a thorough investigation of the flow field and structural …

Gas-liquid two-phase flow non-separation measurement plays a crucial role in industrial
production and two-phase flow theory research. In this paper, an intelligent multi-sensing …

We report experimental investigations on the pore-scale flow dynamics during two-phase
flow in a micromodel using the microscale particle image velocimetry (μ-PIV) technique. The …

Imaging plays a vital role in enabling the visualization and analysis of objects and
phenomena across various scientific disciplines and industrial sectors, spanning a wide …

Pressure is important in virtually all problems in fluid dynamics from macro-scale to
micro/nano-scale flows. Although technologies are well developed for its measurement at …

Computer vision is a tool that could provide livestock producers with digital body measures
and records that are important for animal health and production, namely body height and …

This work examines a type of rapid pore-filling event in multiphase flow through permeable
media that is better known as Haines Jump. While existing microfluidic experiments on …

Resolving pore-scale transient flow dynamics is crucial to understanding the physics
underlying multiphase flow in porous media and informing large-scale predictive models …