Estimating river discharge requires simultaneous measurement of velocity and flow depth.
While surface velocities are relatively easy to measure using noncontact techniques, depth …

This work demonstrates the applicability of the wavelet directional method as a means of
characterizing the free surface dynamics in shallow turbulent flows using a small number of …

The analysis of sound scattered by a rough surface and measured by multiple microphones
positioned in the far field yields an estimate of the unknown scattering surface profile …

Recent studies have demonstrated that acoustic waves can be used to reconstruct the
roughness profile of a rigid scattering surface. In particular, the use of multiple microphones …

This work presents a novel method to reconstruct the frequency-wavenumber spectrum of
water waves based on the complex acoustic Doppler spectra of scattered sound measured …

The recovery of the properties or geometry of a rough surface from scattered sound is of
interest in many applications, including medicine, water engineering, or structural health …

Measurements of the Doppler spectra of airborne ultrasound backscattered by the rough
dynamic surface of a shallow turbulent flow are presented in this paper. The interpretation of …

This work presents a novel method to reconstruct the frequency-wavenumber spectrum of
water waves based on the complex acoustic Doppler spectra of scattered sound measured …

A novel technique to reconstruct the shape of a two-dimensional rough acoustically rigid
surface based on recordings of the scattered acoustic field with an optimised array of …