RICERCA ITALIANA     

Programmi di ricerca simili:

• 1 - CHIESA CATTOLICA, RELIGIONI E CIVILTA' NEL NOVECENTO

Classificazione scientifico-disciplinare

• Area scientifico disciplinare: Ingegneria industriale e dell'informazione
  • FISICA TECNICA AMBIENTALE

Classificazione brevettuale

• PHYSICS
  • MUSICAL INSTRUMENTS; ACOUSTICS
    • ELECTROPHONIC MUSICAL INSTRUMENTS (electronic circuits in general H03)

Classificazione geografica

• Regione: Puglia

Bibliografia

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[2] Shankland R.S. and Shankland H.K., Acoustics of St. Peter’s and Patriarchal Basilicas in Rome, J. Acoust. Soc. Am. 50(2), 389-395 (1971).
[3] Fearn R.W., Reverberation in Spanish, English, and French churches. J. Sound Vib. 43(3), 562-567 (1975).
[4] Tzekakis E.G., Data on the acoustics of the Byzantine Churches of Thessaloniki. Acustica, 4, 275-279 (1979).
[5] Trochidis A. Reverberation time of Byzantine churches of Thessalonica. Acustica, 51, 299-301 (1982).
[6] Lewers T.H. and Anderson J.S., Some acoustical properties of St. Paul Cathedral, London. J. Sound Vib., 92(2), 285-297 (1984).
[7] A.Giulianini, A. Cocchi, “Un contributo alla conoscenza delle caratteristiche acustiche degli spazi chiusi: le chiese”, Rivista Italiana di Acustica, Vol. IX, N.1 , pp. 3-28, (1985).
[8] L. Recuero, M.Gil, C. González, "Experimental study of the acoustics in the church of the monastery of S.to Domingo de Silos", Acustica, 62, (1987).
[9] M.Y Lannie, V.N Soukchov, “Acoustics of the russian tent-shaped temples”, AES Preprint 3854, Amsterdam, (1994).
[10] Desarnaulds V., Bossoney S., Eggenschwiler K., Studie zur Raumakustik von Schweizer Kirchen. Fortschritte der Akustik–DAGA 98, Zürich, 710-711 (1998).
[11] Desarnaulds V., De l’acoustique des églises en Suisse. Une approche pluridisciplinaire. Doctoral Thesis. EPFL, (2002), (in French).
[12] Carvalho A.P.O., Objective acoustical analysis of room acoustic measurements in Portuguese Catholic churches. Proc. Noise-Con 94, Ft. Lauderdale, Florida, 805-810 (1994).
[13] Carvalho A.P.O., Relationship between objective acoustical measures and architectural features in churches. Proc. W.C. Sabine Centennial Symposium, 127th Acoustical Society of America Meeting, Cambridge, MA (USA), 311-314, (1994).
[14] Carvalho A.P.O., Effect of architectural styles on objective acoustical measures in Portuguese Catholic churches. Proc. of the 5th Western Pacific Regional Acoustics Conference, Seoul, Korea, vol. 1, 613-618 (1994).
[15] Carvalho A.P.O., Morgado A.E.J. and Henrique L., Relationship between Subjective and Objective Acoustical Measures in Churches. Building Acoust. 4(1), 1-20 (1997).
[16] Carvalho A.P.O., Relations between rapid speech transmission index (RASTI) and other acoustical and architectural measures in churches. Applied Acoust. 58, 33-49 (1999).
[17] Carvalho A.P.O., Acoustical measures in churches - Porto’s Clérigos Church, a comprehensive example. Proc. of the 7th International Congress on Sound and Vibration, Garmish-Partenkirchen, Germany, 1645-1652, July 2000.
[18] Desarnaulds V., Carvalho A.P.O., Analysis of reverberation time values in churches according to country and architectural style. Proc. of the 8th International Congress on Sound and Vibration, Hong-Kong, July 2001.
[19] Carvalho A.P.O. and Lencastre M.M.F., Catholic Churches, Sound-Reinforcement Systems and RASTI. International Journal of Acoustics and Vibration. 5(1), 7-14 (2000).
[20] Desarnaulds V., Carvalho A.P.O., Monay G., Church acoustics and the influence of occupancy. Building Acoust. 9(1), 29-48 (2002).
[21] Mijic M., Serbian Orthodox Church: An Acoustical View. Proc. 17th ICA, Rome, Italy, September 2001.
[22] Sendra J.J., Zamarreño T., and Navarro J., Acoustics in churches. In Computational Acoustics in Architecture. J.J. Sendra ed., Southampton: Computational Mechanics Publications, 133-177 (1999).
[23] Galindo M., Zamarreño T., Giron S. Clarity and Definition in Mudejar-Gothic Churches. Building Acoust. 6, 1-16 (1999).
[24] Galindo M., Zamarreño T., Giron S. Speech intelligibility in Mudejar-Gothic churches. Acustica–acta acustica, 86, 381-384 (2000).
[25] Sendra J.J., Zamarreño T., Navarro J., Giron S., Galindo M., Acoustical behaviour in Mudejar-Gothic churches. Proc. 17th ICA, Rome, September 2001.
[26] A. Magrini, P. Ricciardi, “An Experimental Study of Acoustical Parameters in Churches”, International J. of Acoustics and Vibration, 7, N. 3, (2002).
[27] A. Magrini, P. Ricciardi "Churches as auditorium: analysis of acoustical parameters for a better knowledge of sound quality", J.Build. Acoust, 10, No.2 (2003).
[28] A. Magrini, P. Ricciardi, “Experimental analysis on acoustical parameters in central plan Christian churches”, 18th ICSV, St. Petersburg, Russia, 5-8 July (2004).
[29] A. Magrini, U. Magrini “Measurement of acoustic properties in medieval Abbeys”, 18th ICSV, St. Petersburg, Russia, 5-8 July (2004).
[30] Martellotta F. Caratteristiche acustiche delle chiese romaniche in Puglia. Tesi di Dottorato in Fisica Tecnica. Università degli Studi di Ancona: 2001
[31] Cirillo E., Martellotta F., On the measurement of binaural acoustic parameters in some Romanesque churches. Proc. Forum Acusticum 2002, Seville (2002), Paper RBA-06-016.
[32] Cirillo E., Martellotta F., Some observations on the theoretical prediction of strength and clarity inside highly diffusing rooms. Proc. Forum Acusticum 2002, Seville (2002), Paper ARC-Gen 004.
[33] Cirillo E. and Martellotta F., Acoustics of Apulian-Romanesque churches: an experimental survey, Building Acoust. 9(4), 271-288, (2002).
[34] Cirillo E., Martellotta F., An improved model to predict energy-based acoustic parameters in churches, Applied Acoust. 64(1), 1-23 (2002).
[35] Cirillo E. and Martellotta F., Acoustics of Apulian-Romanesque Churches: Correlations Between Architectural and Acoustic Parameters. Building Acoustics, 10(1): 2003, 55-76.
[36] Cirillo E., Martellotta F., A preliminary investigation on the effects of Baroque modifications on the acoustics of former Romanesque churches. Proc. 11th ICSV, 5-8 July 2004, St. Petrsburg (RU), pp. 575-582.
[37] Cirillo E., Martellotta F., Sulle caratteristiche acustiche delle chiese, Accettato per la pubblicazione al convegno AIA 2005, Ancona.
[38] Martellotta F., A preliminary investigation on the subjective evaluation of church acoustics using listening tests. Accettato per i Proc. 118th AES Convention, 28-31 May 2005, Barcellona.
[39] Cirillo E., Martellotta F., Sound propagation and energy relations in churches, Submitted for publication.
[40] R. Pompoli, N. Prodi, Guidelines for acoustical measurements inside historical Opera Houses: Procedures and Validation, J. Sound Vibrat, 232 (1), 281-301 (2000).
[41] M. Garai (1993), “Measurement of the sound absorption coefficient in situ: the reflection method using periodic pseudo-random sequences of maximum length”, Applied Acoustic 39, 119-139.
[42] Garai M., M. Berengier, P. Guidorzi, and Ph. L'Hermite (1998) “Procedure for measuring the sound absorption of road surfaces in situ”, Proc. Euro-Noise '98 (invited paper), Munich.
[43] Mommertz E. (1995) "Angle-dependent in-situ measurements of reflection coefficients using a subtraction technique", Appl. Acoust., 46, pp. 251-263.
[44] Farina A., and A.Torelli (1997) “Measurement of the sound absorption coefficient of materials with a new sound intensity technique”, Pre-prints of the 102nd AES Conference, Berlin, 23-26 March 1997.
[45] Farina A., and L. Tronchin (2001) “Comparison between measurements of the scattering and diffusion coefficients”, Invited Paper in the Structured Session on “Scattering in Room Acoustics”, ICA-2001
[46] Mommertz E., and M. Vorländer (2000) "Definition and measurement of random-incidence scattering coefficients " Applied Acoustic 60, 187-199.

Parole Chiave

ACUSTICA DELLE CHIESE; PROPAGAZIONE DEL SUONO; VALUTAZIONE SOGGETTIVA; ASSORBIMENTO ACUSTICO DEI MATERIALI; CARATTERISTICHE ARCHITETTONICHE