Prof. Massimo Garai
Department of Industrial Engineering (DIN)
University of Bologna, Italy
Full professor
Email: massimo.garai@unibo.it
Qualifications
Ph.D., Technical Physics, University of Bologna, Italy
M.Sc., Physics (“Laurea” degree), University of Bologna, Italy
Publications(Selected)
-
M. Garai, E. Schoen, G. Behler, B. Bragado, M. Chudalla,
M. Conter, J. Defrance, P. Demizieux, C. Glorieux, P. Guidorzi (2014),
Repeatability and reproducibility of in situ measurements of sound reflection
and airborne sound insulation index of noise barriers, Acta Acustica united
with Acustica, 100, 1186-1201, DOI: 10.3813/AAA.918797
-
P. Guidorzi, M. Garai (2013), Advancements in
sound reflection and airborne sound insulation measurement on noise barriers,
Open Journal of Acoustics, 3(2A), 25-38, DOI: 10.4236/oja.2013.32A004
-
D. D’Orazio, S. De Cesaris, M. Garai (2011), A comparison
of methods to compute the ‘effective duration’ of the autocorrelation function
and an alternative proposal, Journal of the Acoustical Society of America,
130(4), 1954-1961. DOI: 10.1121/1.3624818
-
M. Garai (2010), Recent advances in noise barriers
testing, qualifying and standardisation (plenary lecture), Proc. Joint IoA–ABAV
meeting “Noise in the built environment”, Gent, Belgium, and Proceedings of the
Institute of Acoustics 32(3), 132-139
-
M. Garai, P. Guidorzi (2008), In situ measurements of the
intrinsic characteristics of the acoustic barriers installed along a new high
speed railway line, Noise Control Engineering Journal, 56(5), 342-355
-
M. Garai, F. Pompoli, (2005), A simple empirical model of
polyester fibre materials for acoustical applications, Applied Acoustics, 66,
1383-1398
-
A. Cocchi, M. Garai, C. Tavernelli
(2000), Boxes and sound quality in an Italian opera house, Journal of Sound
& Vibration, 232(1), 171-191
-
M. Garai, P. Guidorzi (2000),
European methodology for testing the airborne sound insulation characteristics
of noise barriers in situ: experimental verification and comparison with
laboratory data, Journal of the Acoustical Society of America, 108(3),
1054-1067