The accuracy of discharge measurements derived from surface velocities are highly
dependent on the accuracy of conversions from surface velocity us to depth-averaged …

While multiphase flows are abundant in both natural environments and engineering
applications, their analysis and quantification present challenges. In particular …

River flow monitoring has recently experienced rapid development due to advancements in
optical methods, which are non-intrusive and enhance safety conditions for operators …

Water velocity and discharge are essential parameters for monitoring water resources
sustainably. Datasets acquired from Unoccupied Aerial Systems (UAS) allow for river …

This study investigates a novel microfluidic mixing technique that uses the resonant
oscillation of coalescent droplets. During the vertical contact-separation process, solutes are …

Image‐based methods have compelling, demonstrated potential for characterizing flow
fields in rivers, but algorithms like particle image velocimetry (PIV) must be further tested and …

Large-scale particle image velocimetry (LSPIV) provides a cost-effective, rapid, and secure
monitoring tool for streamflow measurements. However, surveys of ground control points …

Macroplastic, a precursor of microplastic pollution, has become a new scope of research
interest. However, the physical processes of macroplastic transport and deposition in rivers …

Accurate knowledge of the speed at which water moves along a river is essential for
understanding ecohydraulic processes and managing natural resources. Measuring flow …

Turbulence is still an unsolved issue with enormous implications in several fields, from the
turbulent wakes on moving objects to the accumulation of heat in the built environment or …