|
Matsumoto Hiroki
|
Research field 【 display / non-display 】
-
Informatics / Mechanics and mechatronics
-
Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Fluid engineering
Keywords for Research Field 【 display / non-display 】
-
Mechanical Dynamics
-
Sound and Vibration
Research themes 【 display / non-display 】
-
Suppression of aeolian sound generated from a bent round bar by internal acoustic excitation
aerodynamic sound,vibration,circular cylinder,2000.04 ~ 2003.03
-
Characteristics of camera shutter blades
Vibration,Vibration mode,Experimental modal analysis,2005 ~ 2018
-
Aerodynamic sound generated by jet spreading device
Noise,Aerodynamic noise,2010 ~ 2021
-
Identification of CFRP plate material properties using vibration characteristics
Vibration,Vibration mode,Elastic coeficient,2020 ~ 2021
-
Aerodynamic noise generated by a air flow through a perforated metal plate
Noise,Vibration mode,2020 ~ 2025
Graduate school・major, etc. 【 display / non-display 】
-
Muroran Institute of Technology
1994.03,Faculty of Engineering,機械システム工学科,Graduate,Japan
Degree 【 display / non-display 】
-
Doctor of Engineering
一様気流中の異形状曲円柱から発生する空気力学的騒音
Academic Society 【 display / non-display 】
-
The Japan Soxiety of Precision Engineering
-
The Japan Society of Mechanical Engineers
-
Institute of Noise Control Engnieering
-
The Acoustical Society of Japan
-
The Visualization Society of Japan
空力騒音の可視化
Purpose of Research
気流音により生成される音場や音源を明らかにする気流から発生する騒音は、音の発生箇所が特定できない。またそれは目に見えないもの。そのため静音化対策が困難である。しかし、気流から発生する空力音の現象を把握すれば静音化対策は容易になる。気流音により生成される音場や音源を明らかにする手法が求められている。
Summary of Research
気流の変動と放射音を同時計測する製品の品質で重要なことの一つに、振動および騒音がある。この振動や騒音は、発生箇所、発生原因を特定できず、制振、静音化が困難な場合が多い。気流振動に起因して発生する空力騒音の音源の特定は非常に困難であるが、気流の変動と放射音を同時計測することにより、空力騒音の音源の可視化を可能にした。
Features / Benefits of Research
1.Point of research | 2.Research of novelty |
---|---|
|
|
3.Primacy of Technology | 4.Situation of patent-related |
|
|
Papers 【 display / non-display 】
-
Rectangular Plate Rebound Vibration Suppression using Double Collision Phenomena
Hiroki Matsumoto, Kazuhiro Kawakita,EPI International Journal of Engineering,vol.6,(2),(p.62 ~ 71),2024.01
-
振動モード計測のための時間平均パルスストロボデジタルホログラフィ干渉法
松本大樹,船水英樹,Journal of The Visualization Society of Japan,vol.43,(2),(p.1 ~ 8),2023.02
-
On-Machine Estimation of Workholding State for Thin-Walled Parts
Jingkai Zeng, Koji Teramoto, Hiroki Matsumoto,,International Journal of Automation Technology,vol.15,(6),(p.860 ~ 867),2021.11
-
Statistical Modelling of Machining Error for Model-Based Elastomer End-Milling
Adirake Chainawakul, Koji Teramoto, Hiroki Matsumoto,International Journal of Automation Technology,vol.15,(6),(p.852 ~ 859),2021.11
-
熱応力解析による超硬合金鋳ぐるみ多合金白鋳鉄の割れおよび変形に対する予測手法の検討
村瀬滋哉,清水一道,楠本賢太,松本大樹,長船康裕,リキ ヘンドラ プルバ,,鋳造工学,vol.92,(7),(p.399 ~ 344),2020.08
International conference proceedings 【 display / non-display 】
-
Visualization of a jet stream group influencing the noise increase phenomena in generated by airflow through a perforated metal plate
Hiroki Mastumoto, Kanta Yokoyama,,INTER-NOISE and NOISE-CON Congress and Conference Proceedings,(p.611 ~ 618),Institute of Noise Control Engineering,2023.11,Chiba
-
Observation of jet emitted from through-hole in cylinder placed near vibrating surface
Kohei Aono,Deqing Kong,Hiroki Matsumoto,Manabu Aoyagi,Proc. the 43nd Symposium Ultrasonic Electronics (USE2022), No. (2pages),(p.1 ~ 2),Article Number:3Pb4-5,Organizing Committee of USE2022, Institute for Ultrasonic Electronics, Kyototanabe, Kyoto, Japan,2022.11,Kyoto
-
ON-MACHINE ESTIMATION OF WORKPIECE DEFORMATION FOR THIN-WALLED PARTS CONSIDERING FIXTURE CLAMPING SEQUENCE
Jingkai Zeng, Koji Teramoto, Dongjin Wu, Hiroki Matsumoto,Proceedings of the JSME 2020 Conference on Leading Edge Manufacturing/Materials and Processing,2020.06,USA
-
Effects of Flow Velocity for Aerodynamic Noise Generated by a Perforated Metal Plate on Circuler Nozzle
So Igarashi, Hiroki Matsumoto,Proceedings of MIER2017,(p.3 ~ ),2017.11,Chaing Mai
-
Vibration of Shutter Blade Model of Single-lens Reflex Camera with TransientMovement
Souichiro IMAZEKI, Hiroki Matsumoto,,Abstract Book of MIER2015,(p.12 ~ ),2015.05,室蘭
Editorial and Commentary 【 display / non-display 】
-
3Dプリンティングを活用した実習系授業の取り組み
松本大樹,フルードパワーシステム,vol.45,(6),(p.265 ~ 267),2014.11
-
Practical Education on Mechanical design and Drafting at Muroran Institute of Technology(Groping Cooperation between Drafting Exercise and Machining Practice)
風間俊治、藤木裕行、松本大樹、寺本孝司、長船康裕,日本設計工学会誌,vol.47,(5),(p.236 ~ 243),2012.09
Research reports 【 display / non-display 】
Presentaion at conference, meeting, etc. 【 display / non-display 】
-
Miniaturization of Helmholtz resonator to reduce resonance noise in ducts for cooling small electronic equipment
野村颯太,松本大樹,D&D2024,日本機械学会,Dynamics and Design Conference 2024講演予稿集,(p.D-OS3-2-2-02),2024.09.03,横浜市
-
Countermeasure for Vibration of a Small Fan by Changing the Support Structure
西河勇佑,松本大樹,D&D2024,日本機械学会,Dynamics and Design Conference 2024講演予稿集,(p.D-OS1_N-OS15-J1-05),2024.09.03,横浜市
-
Aerodynamic Noise from Heatsinks and Louvers in Small Electronic Equipment
楠見祐弥,松本大樹,D&D2024,日本機械学会,Dynamics and Design Conference 2024講演予稿集,(p.D-OS4-1-1-03),2024.09.03,横浜市
-
Elastic Anisotropy Identification of 3D Printed PLA Flat Plates with Different Fill Ratios
松本大樹,原田晃,小松崎俊彦,D&D2024,日本機械学会,Dynamics and Design Conference 2024講演予稿集,(p.D-OS1-N-OS15-J3-03),2024.09.03,横浜市
-
Visualization of Vibration Modes and Confirmation of Elastic Anisotropy of 3D Printed PLA Flat Plates with Different Infill Patterns
松本大樹,可視化情報シンポジウム,可視化情報学会,第52回可視化情報シンポジウム講演論文集,2024.07.19,那覇市
Patent acquisition 【 display / non-display 】
-
低空力騒音型バタフライ弁
特願2018-220477,特開2020-085131
Class subject in charge 【 display / non-display 】
-
機械力学Ⅱ(機械ロボット)
2024,Department
-
機械力学Ⅱ(夜間・機械)
2024,Department
-
機械力学Ⅰ
2024,Department
-
機械工学実験
2024,Department
-
機械力学Ⅰ
2024,Department