Vibro-acoustic condition monitoring of Internal Combustion Engines: A critical review of existing techniques von Delvecchio, S., Bonfiglio, P., Pompoli, F.

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A simple empirical model of polyester fibre materials for acoustical applications von Garai, Massimo, Pompoli, Francesco

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How reproducible are methods to measure the dynamic viscoelastic properties of poroelastic media? von Bonfiglio, Paolo, Pompoli, Francesco, Horoshenkov, Kirill V., Rahim, Mahmud Iskandar B.Seth A., Jaouen, Luc, Rodenas, Julia, Bécot, François-Xavier, Gourdon, Emmanuel, Jaeger, Dirk, Kursch, Volker, Tarello, Maurizio, Roozen, Nicolaas Bernardus, Glorieux, Christ, Ferrian, Fabrizio, Leroy, Pierre, Vangosa, Francesco Briatico, Dauchez, Nicolas, Foucart, Félix, Lei, Lei, Carillo, Kevin, Doutres, Olivier, Sgard, Franck, Panneton, Raymond, Verdiere, Kévin, Bertolini, Claudio, Bär, Rolf, Groby, Jean-Philippe, Geslain, Alan, Poulain, Nicolas, Rouleau, Lucie, Guinault, Alain, Ahmadi, Hamid, Forge, Charlie

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Aspects of computational vibration transmission for sandwich panels von Bonfiglio, P., Pompoli, F., Peplow, A.T., Nilsson, A.C.

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A simplified transfer matrix approach for the determination of the complex modulus of viscoelastic materials von Bonfiglio, P, Pompoli, F, Horoshenkov, K.V, Rahim, M.I.B.S.A

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How reproducible is the acoustical characterization of porous media? von Pompoli, F, Bonfiglio, P, Horoshenkov, K.V, Khan, A, Jaouen, L, Bécot, F.X, Sgard, F, Asdrubali, F, D'Alessandro, F, Hübelt, J, Atalla, N, Amédin, C.K, Lauriks, W, Boeckx, L

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How reproducible are methods to measure the dynamic viscoelastic properties of poroelastic media? von Bonfiglio, P, Pompoli, F, Horoshenkov, K.V, Rahim, M.I.B.S.A, Jaouen, L, Rodenas, J, Becot, F.-X, Gourdon, E, Jaeger, D, Kursch, V, Tarello, M, Roozen, N.B, Glorieux, C, Ferrian, F, Leroy, P, Vangosa, F.B, Dauchez, N, Foucart, F, Lei, L, Carillo, K, Doutres, O, Sgard, F, Panneton, R, Verdiere, K, Bertolini, C, Baer, R, Groby, J.-P, Geslain, A, Poulain, N, Rouleau, L, Guinault, A, Ahmadi, H, Forge, C

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More experimental data collected by comparison between the Schroeder’s back integration method and a new method based on sound intensity for measuring reverberation time von Stanzial, Domenico, Carletti, E., Fausti, P., Pedrielli, F., Pedrielli, F., Pompoli, R.

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