TS.04.03. ACOUSTICS
IN INDOOR SPACES

Technical Session
Organizer: Selma Kurra

1246.
EDT and RT: “The uniformity and no-uniformity in the distribution
of absorption in a reverberant room is it a discussion between them?”
Arau Puchades, Higini; Ratto, Alessandro

1347.
Acoustic absorption increase by placing absorbent material in pieces
with and without back air layer
Caballol, David; Pérez Raposo, Alvaro

1369.
Effects of the Time Related Absorption Changes of Materials on Room
Acoustics
Türk Gürkan, Ezgi; Yüksel Can, Zerhan

1569.
Good acoustics as an extra source of income in restaurants –
A case study
Negreira, Juan; Svensson, Carsten; Oseland, Nigel; Canto-Leyton,
Ricardo

1711.
The Acoustic Camera as a Tool for Room Acoustic Optimisation
Kümmritz,
Sebastian; Kerscher, Michael

1780.
Acoustic design of voice alarm systems in an occupied underground
platform
Littleford, Graeme; Gomez-Agustina, Luis

1801.
The contribution of room acoustic design on control of ambient noise
level in atria
Cuthbert, Grant; Field, Chris

1806.
Room modelling software comparisons
Raymond, Desmond

1856.
Diffusers in Public Ordinary Rooms
Arvidsson, Emma; Bard, Delphine; Nilsson, Erling; Karlsson, Ola

1870.
Reverberation perception in Spanish cathedrals
Álvarez-Morales, Lidia; Galindo, Miguel; Santamaría,
Javier; Zamarreño, Teófilo; Gómez-Gómez,
Teresa

1893.
Acoustical and Electroacoustical Process for Improving a Multi-purpose
Sports Stadium
Lee, Yu-Ting;
Tsay, Yaw-Shyan

1911.
Characteristic Function in a Room: Definition, Properties and use
as analysis tool
Cerdá-Jordá, Salvador; Giménez-Pérez,
Alicia; Cibrián, Rosa; Segura-García, Jaume; Girón,
Sara

1912.
Characteristic Function of impulse responses in churches
Cerdá-Jordá, Salvador; Giménez-Pérez,
Alicia; Cibrián, Rosa; Segura-García, Jaume; Girón
Sara; Zamarreño, Teófilo; Galindo, Miguel; Álvarez-Corbacho,
Ángel

1921.
Office Acoustics: Problems and solutions
Ottobre, Roberto Daniel; Ottobre, Marcelo Leonardo; Arias, Agustín
Ylio

1954.
Frequency range extension of sound diffusers by means of multiobjective
optimization
Redondo, Javier; Herrero, Juan Manuel; Godinho, Luis; Patraquim,
Ricardo; Cox, Trevor J.

1988.
Cathedral Acoustics: Bristol Cathedral as a Case Study
Álvarez-Morales, Lidia; Lopez, Mariana; Álvarez-Corbacho,
Ángel

2054.
The Application of the STI-Matrix – a powerful strategy to
support the planning of acoustically optimized offices, restaurants
and rooms where human speech may cause
Böhm, Michael

2083.
Room acoustic design of voice booths in open plan offices
Araújo, Rânnely; Holtz, Marcos; Borin, Marcel; Monteiro,
Carolina

2115.
Getting interior acoustics on the ’menu’ of restaurants
– To-Do’s for acousticians
Van Dort, Pascal; Schöner, Georg

2128.
Sound absorption assessment of variable perforated shapes for room
acoustic design
Pererora, A.; Gaspar, A.; Godinho, L.; Amando Mendes, P.; Mateus,
D.

2163.
Classroom acoustics in large universities: the replication of standardized
design and poor acoustical quality
Alves, Luciana; Araujo, Bianca

2169.
Acoustic characterization of Cathedral of Santiago de Compostela
Gómez Alfageme, Juan José; Nogueira López,
Pedro; Martellotta, Francesco; Blanco Martín, Elena; Ciani,
Federica; Gonzalo Galán, Janet; Benutti Giunta, Mariene

2182.
The influence of source position and orientation on speech intelligibility
in school environments
Caniato, Marco; Pernigotto, Giovanni; Gasparella, Andrea

2199.IP.
Acoustics in global comfort design of restaurants
Luzzi, Sergio; Busa, Lucia; Baldini, Stefano; Bartalucci, Chiara;
Borchi, Francesco