The reliable measurement of the 3D3C velocity field in microfluidic devices becomes more
and more important for future optimization and developments for lab-on-a-chip applications …

In recent years, pulmonary imaging has seen enormous progress, with the introduction,
validation and implementation of new hardware and software. There is a general trend from …

Image-based approaches for surface velocity estimations are becoming increasingly
popular because of the increasing need for low-cost river flow monitoring methods. In this …

River streamflow monitoring is currently facing a transformation due to the emerging of new
innovative technologies. Fixed and mobile measuring systems are capable of quantifying …

A novel multi-frame particle image velocimetry (PIV) method, able to evaluate a fluid
trajectory by means of an ensemble-averaged cross-correlation, is introduced. The method …

Fractures are conduits that can enable fast advective transfer of (fluid, solute, reactant,
particle, etc.) mass and energy. Such fast transfer can significantly affect pore-scale physico …

Real-time viscosity measurement techniques have been used to analyze the transition of
hydrogels from a liquid state to a gel state. As viscosity is inversely proportional to diffusion …

Ultrasound imaging velocimetry (UIV) refers to the technique wherein ultrasound images are
analysed with 2D cross-correlation techniques developed originally in the framework of …

An accurate flow characterization is crucial for the understanding and optimization of
emulsification processes. A method is presented to determine velocity fields of droplet …

X-ray velocimetry offers a non-invasive method by which blood flow, blood velocity and wall
shear stress can be measured in arteries prone to atherosclerosis. Analytical tools for …