We present a new technique for the estimation of profiles of the rate of dissipation of
turbulent kinetic energy (ɛ, TKE) in the marine environment using a standard acoustic …

The bottom friction coefficient (BFC) is critical for precisely determining hydrodynamic
conditions and sediment transport rates, which are important for scientific research and …

Internal tides produce significant vertical and horizontal flows in the ocean and cause strong
turbulent mixing that is essential for the energy cascade of multiscale dynamic processes …

Measurements of bulk turbulent parameters (Kinetic energy, dissipation rates, Reynolds
stress, etc.) were performed in the bottom boundary layer of the European Marine Energy …

The structure function method for estimating the dissipation rate of turbulent kinetic energy,
previously validated for measurements from seabed fixed mounts, is applied to data from 1.2 …

The dissipation rate of turbulent kinetic energy ε and friction velocity u* was studied in
reversing and rotating tidal flows in the East China Sea near the northeastern coast of China …

Refined estimation of bottom friction coefficient (BFC) is significantly important for coastal
engineers to determine precisely the hydrodynamic conditions and sediment transport rates …

Velocity measurements with vertical resolution 0.02 m were conducted in the lowest 0.5 m of
the water column using acoustic Doppler current profiler (ADCP) at a test site in the western …

The present study examines the vertical structure of the coastal current in the inner part of
the Gulf of Taranto, located in the Ionian Sea (Southern Italy), including both the Mar Grande …

A broadband acoustic Doppler current profiler (ADCP) moored on the seabed at 42 m depth
has been used to observe the mean and turbulent flow components in the tidally energetic …