Search Results - "Zamponi, Riccardo"

Experimental investigation of turbulent coherent structures interacting with a porous airfoil by Tamaro, Simone, Zamponi, Riccardo, Ragni, Daniele, Teruna, Christopher, Schram, Christophe

“…The flow field on solid and porous airfoils subjected to turbulence shed by an upstream cylindrical rod and the corresponding far-field noise radiations are…”
Get full text

On the extension of k−ω−SST corrections to predict flow separation on thick airfoils with leading‐edge roughness by Gutierrez, Ruben, Zamponi, Riccardo, Ragni, Daniele, Llorente, Elena, Aranguren, Patricia

“…Modern wind turbines employ thick airfoils in the outer region of the blade with strong adverse pressure gradients and high sensitivity to flow separation,…”
Get full text

Semi-empirical calibration of remote microphone probes using Bayesian inference by Moriaux, Olivier, Zamponi, Riccardo, Schram, Christophe

Get full text

Jet-installation noise reduction with flow-permeable materials by Rego, Leandro, Ragni, Daniele, Avallone, Francesco, Casalino, Damiano, Zamponi, Riccardo, Schram, Christophe

“…This paper investigates the application of flow-permeable materials as a solution for reducing jet-installation noise. Experiments are carried out with a flat…”
Get full text

Assessment of the accuracy of microphone array methods for aeroacoustic measurements by Merino-Martínez, Roberto, Luesutthiviboon, Salil, Zamponi, Riccardo, Rubio Carpio, Alejandro, Ragni, Daniele, Sijtsma, Pieter, Snellen, Mirjam, Schram, Christophe

“…In this paper, the performance of four acoustic imaging methods: conventional frequency domain beamforming (CFDBF), functional beamforming (FUNBF), enhanced…”
Get full text

Integration methods for distributed sound sources by Merino-Martínez, Roberto, Sijtsma, Pieter, Carpio, Alejandro Rubio, Zamponi, Riccardo, Luesutthiviboon, Salil, Malgoezar, Anwar MN, Snellen, Mirjam, Schram, Christophe, Simons, Dick G

“…Most acoustic imaging methods assume the presence of point sound sources and, hence, may fail to correctly estimate the sound emissions of distributed sound…”
Get full text