In this paper, we adopt both numerical and experimental approaches to investigate the
turbulent flow in a cavity Acoustic Black Hole (ABH), and the low frequency sound energy …

This paper presents an attempt to determine the dynamic properties of a measuring system
based on total pressure measurement with the use of a Pitot tube and a semiconductor …

Centrifugal compressors working in the surge side of the map generate a broadband noise
in the range of 1–3 kHz, named as whoosh noise. This noise is perceived at strongly …

CFD has become an essential tool for researchers to analyze centrifugal compressors. Tip
leakage flow is usually considered one of the main mechanisms that dictate compressor flow …

Centrifugal compressor aeroacoustics are analyzed by means of a three-dimensional CFD
model. Three operating points at nominal compressor speed are simulated ranging from …

The 3D time-domain computational fluid dynamics (CFD) approach is used to calculate the
acoustic attenuation performance of perforated tube silencers without and with flow. For the …

A predictive method is proposed to determine the transmission loss of reactive silencers
using the three-dimensional (3-D) time-domain computational fluid dynamics (CFD) …

This paper proposes a CFD method for simulating radial turbocharger turbine flows. A
review is presented of the computational model in terms of meshing, mesh movement …

The present work numerically mimic the measurement techniques used to measure the
acoustic transmission loss (TL) of a muffler without and with mean flow. First, the three-pole …

Turbocharger noise has become a major concern in downsized automotive engine
development. In this paper, the analysis is focused on the whoosh noise produced by the …