Resolvent analysis is a powerful tool for modelling and analysing transitional and turbulent
flows and, in particular, for approximating coherent flow structures. Despite recent …

Modelling the noise emitted by turbulent jets is made difficult by their acoustic inefficiency:
only a tiny fraction of the near-field turbulent kinetic energy is propagated to the far field as …

In this study, the resolvent-based estimation (RBE) is further generalised to cases with
arbitrarily sampled measurements in time, where the generalised RBE is denoted as GRBE …

We study coherent structures in subsonic turbulent jets subject to a flight stream. A thorough
characterisation of the effects of a flight stream on the turbulent field was recently performed …

We propose a technique for performing spectral (in time) analysis of spatially-resolved
flowfield data, without needing any temporal resolution or information. This is achieved by …

The aim of present work is to investigate trailing-edge noise generation mechanisms to
improve prediction tools and control strategies. We focus on a NACA 0012 airfoil at 3 …

We determine distributions and correlation properties of offshore wind speeds and wind
speed increments by analyzing wind data sampled with a resolution of one second for 20 …

We perform a resolvent analysis of a compressible turbulent jet, where the optimisation
domain of the response modes is located in the acoustic field, excluding the hydrodynamic …