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[PC17-1] Evaluation of acoustic characteristics on stage considering arrival directions of reflected sounds, 2024.
[PA15-2] Octave band analysis of sound-field diffusion indices based on FMBEM incidence directivity analysis, p.2, 2023.
[PA15-1] Octave band analysis of sound-field diffusion indices based on FMBEM incidence directivity analysis, p.1, 2023.
[PD17-1] Study on the effects of sound insulation and light reflection of desktop partitions on the ease of conversation, 2023.
[PC16-2] Evaluation of sound environment in open plan office with open-ceiling type booth, 2023.
[PB17-2] Theoretical and experimental study on the relationship between reverberation time and speech intelligibility in room, 2022.
[PC02-2] Fundamental study on evaluation of sound environment in sequential walking experiences, 2021.
[PB18-1] Experimental study on acoustic characteristics and psychological impression of calm down spaces, 2021.
[PC14-3] Evaluation of listening environment for public address in indoor pedestrian spaces, 2021.
[PC14-2] Experimental study on effects of absorption on speech intelligibility of announcement in concourse, 2020.
[PA13-1] Numerical analysis on sound transmission loss measurement in reverberation rooms, 2020.
[PD16-1] Survey on sound environment and hyperacusis for developmental disorders, 2019.
[PC02-1] Spatio-temporal notation of sound environment experience based on the experience sampling method, 2019.
[PC16-1] Study on task disturbance by conversation in open plan offices, 2019.
[PB17-1] Basic consideration on target values for sound absorption design of living spaces, 2019.
[PA14-4] Numerical analysis of the propagation and radiation of low-frequency noise from household equipment, 2018.
[PD15-2] Development of a questionnaire-based environmental evaluation tool for nursery school, 2018.
[PB15-3] Development of a measurement method for oblique-incidence absorption coefficient using a thin chamber, p.3, 2018.
[PB15-2] Development of a measurement method for oblique-incidence absorption coefficient using a thin chamber, p.2, 2017.
[PB15-1] Development of a measurement method for oblique-incidence absorption coefficient using a thin chamber, p.1, 2017.
[PC15-1] Experimental study on auditory impressions of train departure sign sounds, 2017.
[PD15-1] Survey on sound/vibration environment of nurseries in the inner city area, 2017.
[PA14-3] Scale model experiment of low-frequency noise propagation from outdoor into a house, 2017.
[PA14-2] Numerical analysis of low-frequency noise propagation from outdoor into house, p.2, 2016.
[PA14-1] Numerical analysis of low-frequency noise propagation from outdoor into house, p.1, 2016.
[PA05-2] Numerical prediction of diffusion coefficients of architectural surfaces, p.2, 2015.
[PA05-1] Numerical prediction of diffusion coefficients of architectural surfaces, p.1, 2015.
[PB06-2] Development of a Penrose tiling type diffuser: scattering characteristics of non-periodic structures, p.2, 2015.
[PB06-1] Development of a Penrose tiling type diffuser: scattering characteristics of non-periodic structures, p.1, 2015.
[PC14-1] Subjective evaluation of crowd noise in public spaces using sound field simulation, 2015.
[PC13-2] Influence of directivity of the piano on sound pressure distribution in a hall, p.2, 2014.
[PC13-1] Influence of directivity of the piano on sound pressure distribution in a hall, p.1, 2014.
[PD12-2] Room acoustic measurement of an open-plan flat office with raised ceiling, p.2, 2014.
[PD12-1] Room acoustic measurement of an open-plan flat office with raised ceiling, p.1, 2014.
[PA12-1] Analysis and evaluation of reflected sound structure in room impulse responses, 2014.
[PA09-3] Modeling of sample mounting and edge support in numerical prediction of sound insulation, 2014.
[PA11-2] Numerical prediction of performance of arbitrary acoustic elements: absorption coefficient of porous materials, 2013.
[PA10-2] Geometric/wave-based acoustic analysis of non-diffuse reverberation in rectangular rooms, 2013.
[PB10-3] Development of a measurement method for normal-incidence scattering coefficients of wall surfaces, 2013.
[PA11-1] Numerical prediction of absorption/insulation characteristics of layered materials, 2012.
[PA10-1] Numerical analysis of room reverberation in non-diffuse sound field by the 2D-FDTD method, 2012.
[PC11-1] Construction of 6-channel sound reproduction system based on geometrical acoustics simulation, 2012.
[PC10-1] Experimental study on musicians’ 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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