The tidal dynamics in estuarine and creek environments are quite complex and depend
primarily on tides, waves, wind, water depth, and riverine inflow conditions. A proper …

Over the last two decades, interest in the free-surface behaviour of gravity-driven shallow
turbulent flows has increased considerably. It is believed that observation of free-surface …

Large eddy simulations (LESs) of turbulent flow in partially filled pipes at various filling
degrees are conducted to investigate the response of the water surface to the turbulence …

The highly dynamical entrainment and transport processes of solids due to geophysical
flows is a major challenge studied by water infrastructure engineers and geoscientists alike …

The dynamic free-surface evolution leading to air entrainment is important for understanding
two-phase flow generation. It is, therefore, essential to clarify the inherent response of the …

The spatial arrangement of grains in gravel‐bed rivers significantly influences sediment
transport, flow resistance, and ecological conditions. Inferring historical flow information from …

The continuous observation of flows is required to assess a river's ecological status, to
allocate irrigation withdrawals, to provide sustainable hydropower production and to plan …

Sediment transport has been extensively studied. There is still a need to learn more about
the mechanisms that make bed particles move, which is caused by turbulent flow in the low …

Featured Application This research describes the application of an instrumented sphere for
monitoring the vigorousness of its interactions as it is transported downstream a turbulent …