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List of SpeakersThe presentations of third edition of Flinovia can be downloaded here
Keynote Lecture Juvé Daniel - Ecole Centrale Lyon (France) [Extended Abstract] Measurements of wall pressure wavenumber-frequency spectra: experimental challenges and recent advances
Abshagen Jan - Bundeswehr Technical Center for Ships and Naval Weapon (Germany) [Extended Abstract] Underwater flow noise from turbulent boundary layers over inhomogeneous surfaces Astolfi Jacques André - Ecole Navale Brest (France) [Extended Abstract] Some Aspects of Experimental Investigations of FIV in a Hydrodynamic Tunnel for Naval Applications Binet Dimitri - Free Field Technologies (Belgium) [Extended Abstract] Numerical predictions of the vibro-acoustic transmission through the side window subjected to aerodynamic loads Bremner Paul - aerohydroPLUS (USA) [Extended Abstract] Vibration and Acoustic Response to Non-stationary and non-Gaussian Random Flow Loading Chevillotte Fabien - MATELYS (France) [Extended Abstract] Effect of the fluid-structure interaction on the wave propagation in hydro-electric power plants Ciappi Elena - CNR - INSEAN (Italy) [Extended Abstract] Bio-inspired surfaces to reduce vibration induced by the turbulent boundary layer Caro Stéphane- Dassault Systemes (France) Using CFD to characterize loads in Vibro-Acoustic models Croaker Paul - University of New South Wales (Australia) [Extended Abstract] Flow-induced noise produced by a blunt edged flat plate in a reverberant water tunnel DeJong Richard - Calvin College (USA) [Extended Abstract] Chase vs. Corcos TBL loading Devenport Willian - Virginia Tech (USA) [Extended Abstract] Acoustic metamaterials in flow (CANCEL) Doolan Con - University of New South Wales (Australia) [Extended Abstract] Drone propeller noise under static and steady inflow conditions Errico Fabrizio - Ecole Centrale Lyon (France) [Extended Abstract] Wave Finite Element schemes for vibrations and noise under Turbulent Boundary Layer excitation Ganesh Harish - University of Michigan (USA) [Extended Abstract] Using Data-Driven Reduced Order Methods as a Post Processing Tool to Understand Cavitating Flow Induced Noise Hambric Stephen - Pennsylvania State University (USA) [Extended Abstract] A tale of three TBL excited plates
Haxter Stefan - DLR (Germany) [Extended Abstract] Piggyback: What we can learn about the Turbulent Boundary Layer from closed Test Section Acoustic Array Measurements Hugues Florian - UTC Compiègne (France) [Extended Abstract] Prediction of flow induced vibrations of straight ducts taking into account acoustic and turbulent components Imamura Taro - University of Tokyo (Japan) [Extended Abstract] Acoustic and Aerodynamic Simulation using Cartesian Grid based Compressible Flow Solver, UTCart Karimi Mahmoud - UNSW (Australia) [Extended Abstract] Viboracoustic response of a panel subject to a turbulent boundary layer excitation Leblond Cédric - Naval-Group (France) [Extended Abstract] Toward the vibroacoustic response prediction of a curved panel under a turbulent boundary layer Leclère Quentin - INSA-Lyon (France) [Extended Abstract] A comparison between different wall pressure measurement devices for the separation and analysis of the TBL and acoustic contributions Leung Randolph - The Hong Kong Polytechnic University (Hong Kong) [Extended Abstract] Leveraging flow-induced vibration for manipulation of airfoil tonal noise Maury Cédric University of Aix-Marseille (France) [Extended Abstract] Absorption and transmission of boundary layer noise through micro-perforated structures: measurements and modellings Meyer Valentin - Naval-Group (France) [Extended Abstract] Radiated noise from fluid loaded stiffened shells subject to a turbulent boundary layer
Robin Olivier - University of Sherbrooke (Canada) [Extended Abstract] Space-time (2D+T) spectral synthesis for studying vibration of and radiated noise from structures under a turbulent boundary layer excitation Skvortsov Alex - Defence Science and Technology (Australia) [Extended Abstract] A viscoelastic model of rough-wall boundary-layer noise Zhang Xin - Hong Kong Institute of Science and Technology (Hong Kong) [Extended Abstract] Broadband aerodynamic noise simulation using synthetic turbulence |