Research field (1)：
Construction environment and equipment
Research theme for competitive and other funds (15)：
2023 - 2026 Construction of practical boundary modeling for wave acoustic simulation in a room
2021 - 2025 渦流れによる吸音現象を利用したボイラ管群気柱共鳴現象の革新的防止対策の開発
2020 - 2023 軽量小型かつ堅牢なセンサーによる吸音率測定精度の向上
2019 - 2022 Innovation of architectural acoustics designing process based on the concept of ensemble averaging technique
2018 - 2021 Development of practical evaluation method of random-incidence absorption coefficient of building materials
2016 - 2019 a study on the acoustic design of child daycare facilities
2016 - 2019 Finite element room acoustics simulation based on measurement method using ensemble averaging technique with uncertainty control
2016 - 2019 Development of practical acoustic design method for non-diffuse sound field
2014 - 2016 Development of practical absorption characteristics setting method for non-diffuse sound field in acoustic design of a room
2012 - 2015 Macroscopic boundary modeling of acoustic environment for wave-based computational simulations
2012 - 2015 Application of bio-acoustics for realization of environment symbiosis housing
2012 - 2014 Wave-based unsteady acoustic simulation for correction of absorption coefficient in reverberation room
2009 - 2011 Bio-acoustics for long life wooden buildings
2007 - 2009 Constructing simulacres database on architectural acoustics by large-scale computational methods
2007 - 2009 粒子速度計測を利用する建築音響研究の新展開
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Papers (101)：
Reiji TOMIKU, Toru OTSURU, Noriko OKAMOTO, Taiki KIMURA, Atsuhide KANAZAWA. APPLICATION OF THREE-DIMENSIONAL PRESSURE-VELOCITY SENSOR TO SOUND FIELD OF MEASUREMENT FOR FLOOR IMPACT SOUND. AIJ J. Technol. Des. 2023. 29. 73. 1367-1371
Noriko Okamoto, Reiji Tomiku, Toru Otsuru, Kaho Ito, Arata Yoshida. A basic study on presentation of improvement effect of sound environments by use of computational simulation. Proc. of inter-noise2023. 2023. 1-7
Yuto Kinjo, Reiji Tomiku, Noriko Okamoto, Toru Otsuru. Finite element analysis of sound fields in the corridors of the hospital ward: Investigation on installing patterns of sound absorbing materials. Proc. of inter-noise2023. 2023. 1-8
Reiji Tomiku, Noriko Okamoto, Toru Otsuru, Arata Yoshida, Yuto Kinjyo, Shoma Suzuki. Investigation on measurement sound field of absorption coefficient in reverberation room by numerical simulation -Relationship between room shapes and measurement results -. Proc. of inter-noise2023. 2023. 1-8
Yu Aida, Satoshi Sugie, Kenichi Takebayashi, Reiji Tomiku. Comparison of measurement methods of room sound energy for sound insulation performance evaluation at low frequencies. Proc. of inter-noise2023. 2023. 1-10
Finite Element Sound Field Analysis for Measurement of Absorption Coefficient in Small Room. 2016. 185-188
Mapping acoustic properties of ground surface using remote sensing. 2016. 65-68
YOSHIDA Tsuyoshi, OTSURU Toru, TOMIKU Reiji, UEMOTO Shun. Improvement of Accuracy of Reverberation Time Measured in a Room by Time Domain Finite Element Sound Field Analysis : Prediction of deviation of the incident energy to boundary in rectangular rooms with non-uniform absorbing boundary. 2016. 55. 73-76
KUNIMARU Keitaro, OKAMOTO Noriko, OTSURU Toru, TOMIKU Reiji. Development of construction management system on absorption characteristics of building materials : Measurement of the materials different in backing structure and surface finish materials. 2016. 55. 53-56
KATSUYAMA Yuta, OTSURU Toru, TOMIKU Reiji, HIRAMITSU Atsuo, HARADA Kouji. Gain of floor impact sound and vibration velocity on CLT construction experimental building : Part 2 Diference of vibration velocities between conditions of building elements and floor impact sound of examination building with dry method double floor. 2016. 55. 29-32
2006/03 - The Acoustical Society of Japan Awaya Prize Young Researcher Award
2001/03 - The Acoustical Society of Japan ASJ Paper Award Basic characteristics and accuracy of acoustic element using spline function in finite element sound field analysis
Association Membership(s) (3)：
The Institute of Noise Control Engineering of Japan
, Architectural Institute of Japan
, The Acoustical Society of Japan
