Environmental Acoustics Laboratory THE UNIVERSITY OF TOKYO

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[PC10-1] Experimental study on musiciansŐ adjustment of piano performance to room acoustics, 2011.
[PA09-2] Numerical analysis of the niche effect in sound transmission loss measurement, 2011.
[PA07-2] Geometric acoustic analysis taking into account incident angle dependence of surface scattering, 2011.
[PD09-2] Subjective evaluation for intellectual productivity in interior spaces focused on knowledge creating actions, 2010.
[PB12-1] Acoustical effects of room specifications on diffusivity in small enclosures, 2010.
[PB10-2] Scale model measurement of the random-incidence scattering coefficients in a reverberation room, p.2, 2009.
[PB10-1] Scale model measurement of the random-incidence scattering coefficients in a reverberation room, p.1, 2009.
[PD09-1] Influences of sound environment on intellectual productivity in workplace, 2009.
[PC09-1] Effect of a learning system with realistic sensation on sound insulation performance of windows, 2009.
[PB11-1] Analysis of acoustical characteristics of the old Sogakudo, Tokyo Music School, 2009.
[PA09-1] Modeling of edge supports for sound transmission loss analysis of glass panes, 2009.
[PA08-1] Study on the time-domain sound field analysis by the CIP method, 2008.
[PD08-1] An overview of sound environmental items in CASBEE, 2007.
[PC07-1] Perception of sound volume and source distance in multichannel reproduction systems, 2007.
[PB09-1] Investigation into the local placement effect of absorbing surfaces for noise sources in rooms, 2007.
[PD06-1] Survey on classroom acoustics for hearing impaired students in normal schools, 2006.
[PA07-1] Geometrical acoustic simulation on the shoebox style concert hall, 2006.
[PB08-2] Acoustic characteristics of a new acoustic laboratory in the Environmental Studies Buildings of the University of Tokyo, p.2, 2006.
[PB08-1] Acoustic characteristics of a new acoustic laboratory in the Environmental Studies Buildings of the University of Tokyo, p.1, 2006.
[PA03-1] Development of the fast multipole BEM for numerical prediction of sound environment, 2006.

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