An accurate description of surface pressure loads imposed by blast waves is crucial for the
design of the next generation of blast-resistant structures. However, experimental …

Array measurements can be contaminated by strong noise, especially when dealing with
microphones located near or in a flow. The denoising of these measurements is crucial to …

The paper aims to combine two objectives of the Force Analysis Technique (FAT): vibration
source identification and material characterization from the same set of measurement …

The acoustic study of propellers in a hydrodynamic tunnel is of paramount importance
during the design process, but can involve significant difficulties due to the boundary layer …

Gas transport ductwork in industrial plants or air conditioning networks can be subject to
vibrations induced by the internal flow. Most studies in this matter have been carried out on …

This study presents an approach for obtaining full-field dynamic surface-pressure
reconstructions with low differential amplitudes. The method is demonstrated in a setup …

This work presents a methodology for reconstructing full-field surface pressure information
from deflectometry measurements on a thin plate using the Virtual Fields Method (VFM). Low …

Both the hydrodynamic and acoustic pressure on automotive front side window have the
potential contribution to the interior sound pressure of the vehicle. The corrected force …

Although the most energetic part of the wall pressure field (WPF) beneath a turbulent
boundary layer (TBL) is within the convective region, this region is mostly filtered out by the …

The identification of vibration sources is a subject that has already been widely studied and
exploited by both the scientific community and the industries. The methods were initially …