Although superhydrophobic surfaces can change the flow regime of the boundary layer,
most studies have focused on microscale channel flow. In this work, we use the slip …

Part I of this paper presents a self-contained analytical framework for determining the vibro-
acoustic response of a plate to a large class of random excitations. The wavenumber …

Plate vibrations due to turbulent boundary layer (TBL) excitation can depend strongly on the
plate boundary conditions, especially when the flow convects over the plate at speeds much …

Part I of this paper has shown the suitability of wavenumber–frequency approach in the
calculation of the vibro-acoustic response of a thin baffled plate to a large class of random …

We investigate the interior noise caused by turbulent flows past a generic side-view mirror. A
rectangular glass window is placed downstream of the mirror. The window vibration is …

In this work, a hybrid numerical approach to predict the vibrational responses of planar
structures excited by a turbulent boundary layer is presented. The approach combines an …

Recent studies have demonstrated that the characterisation of wall-pressure fluctuations for
surface ships is of great interest not only for military applications but also for civil marine …

A formulation for studying the vibration characteristics of the rectangular plate with general
boundary conditions excited by the turbulent boundary layer is developed in this paper. The …

A method for the prediction of velocity levels of a fuselage plate excited by turbulent
boundary layers is described. The aim is to identify a method for the prediction of the relative …

In this paper, a method which predicts the sound radiation of aircraft panels subjected to
turbulent boundary layer excitation is described. The method is the extension of an earlier …