In this article, an analytical formulation of the response of the coupled acoustic–structural
system were performed. The reliability-based design optimization (RBDO) aims to find the …

This study focuses on acoustic installation effects that may occur during airframe noise
experiments conducted in a typical open-jet anechoic wind tunnel, exemplified here by the …

This paper consists of evaluating the performance of a vibro-acoustic model in the presence
of uncertainties in the geometric and material parameters of the model using Monte Carlo …

With the objective of aircraft noise mitigation, we here address the numerical
characterization of the aeroacoustics by a simplified nose landing gear (NLG), through the …

A theoretical model based on the multiple-scales technique is proposed to study the
propagation of an acoustic mode that encounters multiple turning points in a hardwalled …

In this work, a two-dimensional domain decomposition technique (DDT) is developed based
on an overset method that couples a nonlinear Euler solver with a linearized Euler solver …

Vibro-acoustic optimization for coupled acoustic-structural system signifies one of the key
topics of research to improve its performances. However, majority of the studies have not …

In regard to aircraft noise mitigation, this paper focuses on noise emission by a simplified
nose landing gear (NLG), whose noise sources are identified by the means of sensor array …

I. Introduction n the framework of sustainable aviation, Ultra High Bypass Ratio (UHBR)
nozzles are considered to decrease the environmental footprint of aircraft. The use of such …

This paper presents the identification of jet noise sources carried out at ONERA in the
framework of the European Project JERONIMO. A dedicated test campaign was conducted …