In our laboratory, we are researching experiments on automobiles and musical instruments with the theme of vibration and sound, model creation using CAE (Computer Aided Engineering) analysis software, and prediction methods.
As part of our graduation research, we are conducting joint research in collaboration with automobile parts manufacturers and textile manufacturers.
Basic Information
| Faculty name/Affiliation | Yoshio Kurosawa / Department of Mechanical and Precision Systems Faculty of Science and Engineering |
|---|---|
| Specialized Fields | Vibration / acoustic research |
| Research theme |
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| Research keywords | Sound, vibration, automobiles, soundproofing materials, CAE, FEM, stringed instruments, vibration-proofing |
| Faculty introduction URL | https://www3.med.teikyo-u.ac.jp/profile/ja.76e5ba03786e140c.html |
Our Research
Development of vibration / noise prediction technology
Felt and urethane foam are widely used as soundproofing materials for automobiles. In order to improve sound absorption and insulation performance, it is often used by laminating with rubber sheets, vinyl films, felts, etc. With commercially available analysis software for performance prediction, the measurement results and prediction results show good agreement with felt and urethane foam alone, but the analysis accuracy is poor and the acoustic characteristics are poor in the laminated state (especially when non-breathable materials are laminated). Is not fully predictable.
In this research, we are conducting technical research to make it possible to predict the sound absorption and insulation performance of laminated soundproof materials including felt and urethane foam.
Quietness of automobiles (reduction of noise)
Various noises such as engine noise, tire noise, and wind noise come into the inside of a car. We will research technologies for predicting and quieting these in-vehicle noises. Specifically, using commercially available hybrid SEA (statistical energy analysis) software, it is possible to create an analysis model, compare experimental measurement results and calculation results, and investigate the relationship between changes in acoustic characteristics and changes in vehicle interior sound due to component changes. I am studying.
Vibration acoustic analysis of stringed instruments
Stringed instruments are handmade by craftsmen or manufactured in factories, but the current situation is that they are manufactured and adjusted based on past experience and intuition of craftsmen. How the structure (shape and thickness of the plate) and materials will affect the sound (vibration), the difference in tone due to the difference in musical instruments, and what kind of tone is comfortable for humans to hear. We are conducting engineering research using experiments and CAE.
Papers and Conferences Presentation
Paper presentation
| Title | Journal title | Laboratory | Contents |
|---|---|---|---|
| Vibration and Acoustic Analysis for the Speaker Cover of the Automotive Trim | Journal of Technology and Social Science, Vol.6, No.2, pp.5-10, 2022. | Yoshio Kurosawa Laboratory | detail |
| FE model for loosely-supported setup of impedance tube measurement | Journal of Technology and Social Science, Vol.6, No.2, pp.20-26, 2022. | Yoshio Kurosawa Laboratory | detail |
| Sound and Vibration Analysis of the Acoustic Fields Involving Felt when Excited Panel | Journal of Technology and Social Science, Vol.6, No.2, pp.11-19, 2022. | Yoshio Kurosawa Laboratory | detail |
| Study for Improving Volume of the Assembled Whistle | Journal of Technology and Social Science, Vol.6, No.2, pp.38-45, 2022. | Yoshio Kurosawa Laboratory | detail |
| Sound Pressure Distribution of Car Interior and Influence of Wall by Car Door Speaker | Journal of Technology and Social Science, Vol.6, No.2, pp.46-54, 2022. | Yoshio Kurosawa Laboratory | detail |
| Title | Journal title | Laboratory | Contents |
|---|---|---|---|
| Development of sound absorption coefficient prediction tool of laminated ultrafine fibers | Journal of Technology and Social Science, Vol.5, No.1, pp.16-23, 2021. | Yoshio Kurosawa Laboratory | detail |
| Calculation for normal sound absorption coefficient of porous media using FE model for impedance tube | Journal of Technology and Social Science, Vol.5, No.1, pp.24-34, 2021. | Yoshio Kurosawa Laboratory | detail |
| Sound Absorption Analysis Using FEM for Meta-Material | Journal of Technology and Social Science, Vol.5, No.1, pp.35-40, 2021. | Yoshio Kurosawa Laboratory | detail |
| Title | Journal title | Laboratory | Contents |
|---|---|---|---|
| Development of Material and Form for Vibration Isolation Gloves (Second Report) | Journal of Technology and Social Science, Vol.4, No.3, pp.1-7, 2020. | Yoshio Kurosawa Laboratory | detail |
| Title | Journal title | Laboratory | Contents |
|---|---|---|---|
| Development of Material and Form for Vibration Isolation Gloves | Journal of Technology and Social Science | Yoshio Kurosawa Laboratory | detail |
| Title | Journal title | Laboratory | Contents |
|---|---|---|---|
| Damped Acoustic Analysis of an Automotive Cabin with Various Porous Media | Journal of Technology and Social Science | Yoshio Kurosawa Laboratory | detail |
| Transmission Loss Analysis for Automotive Panel Laminated with Felt and Film and Felt | Journal of Technology and Social Science | Yoshio Kurosawa Laboratory | detail |
| Predicting Automotive Interior Noise Including Wind Noise by Statistical Energy Analysis | Engineering and Technology, International Journal of Mechanical Science and Engineering | Yoshio Kurosawa Laboratory | detail |
| Sound Insulation Analysis of Automotive Soundproof Material using Urethane and Rubber | Journal of Technology and Social Science | Yoshio Kurosawa Laboratory | detail |
| Title | Laboratory | Contents |
|---|---|---|
| Nonlinear transient response analysis for double walls with a porous material supported by nonlinear springs using FEM and MSKE method | Yoshio Kurosawa Laboratory | detail |
| year | Title | Laboratory | Contents |
|---|---|---|---|
| 1998 | Development of microwave diagnostic simulator | Yoshio Kurosawa Laboratory | detail |
| 2001 | Finite element analysis of the attenuation characteristics of a three-dimensional sound field with a sound absorber in a closed space region | Yoshio Kurosawa Laboratory | detail |
| 2002 | FEM analysis of the damping characteristics of a soundproof structure consisting of solid-porous-air | Yoshio Kurosawa Laboratory | detail |
| Finite element analysis of damping characteristics of bead panels laminated with unconstrained damping material (2nd report: Effect of geometric shape of bead panel on mode damping) | Yoshio Kurosawa Laboratory | detail | |
| Finite element analysis of damping characteristics of bead panels laminated with unrestrained damping material (1st report: Comparison of experimental results and numerical calculation results of damping characteristics) | Yoshio Kurosawa Laboratory | detail | |
| 2003 | High Frequency Vibration Analysis of Automotive Body with Viscoelastic Layer | Yoshio Kurosawa Laboratory | detail |
| Vibration damping characteristics of automobile panels laminated with damping material (vibration analysis using a large-scale FE model) | Yoshio Kurosawa Laboratory | detail | |
| 2004 | Finite element analysis of damping characteristics of automobile body panels laminated with damping material (3rd report, bead shape that can aggregate the distribution of dissipative energy) | Yoshio Kurosawa Laboratory | detail |
| Finite element analysis of the damped vibration of a viscoelastic block supported by a nonlinear concentrated spring | Yoshio Kurosawa Laboratory | detail | |
| 2005 | FEM analysis of dissipative energy of sound bridge of automobile soundproof structure consisting of elastic body-viscoelastic body-porous body | Yoshio Kurosawa Laboratory | detail |
| 2006 | FEA for damping of structures having elastic bodies, viscoelastic bodies, porous media and gas | Yoshio Kurosawa Laboratory | detail |
| 2008 | Placement of sound absorbing material in 3D chamber space using attenuation contribution with eigenvector as weighting factor | Yoshio Kurosawa Laboratory | detail |
| 2010 | Vibration Transmission between Double Walls in Cars with Damping and Sound Bridges | Yoshio Kurosawa Laboratory | detail |
| Damping response analysis by 3D finite element method of vibration damping and soundproofing structure for automobiles | Yoshio Kurosawa Laboratory | detail | |
| High Frequency Vibration Analysis of Automotive Body Panels with Damping Materials | Yoshio Kurosawa Laboratory | detail | |
| Damped vibration analysis using finite element method with approximated modal damping for automotive double walls with a porous material | Yoshio Kurosawa Laboratory | detail | |
| 2011 | Vibration damping response analysis of automobile panels with laminated damping and soundproofing materials | Yoshio Kurosawa Laboratory | detail |
| Non-linear steady vibration analysis of automobile wiper (finite element analysis of elastic body with damping supported by multiple non-linear springs) | Yoshio Kurosawa Laboratory | detail | |
| 2012 | Damping response analysis by 3D finite element method of vibration damping and soundproofing structure with beads | Yoshio Kurosawa Laboratory | detail |
| 2013 | FEM transient response analysis of a box-shaped structure with a damping material layer and beads supported by a nonlinear spring (effect of damping coupling between members on the nonlinear response) | Yoshio Kurosawa Laboratory | detail |
| Nonlinear and Chaotic Motions for a Shock Absorbing Structure Supported by Nonlinear Springs with Hysteresis Using Fast FEA | Yoshio Kurosawa Laboratory | detail | |
| Theoretical Analysis of Damping Due to Air Viscosity in Narrow Acoustic Tubes | Yoshio Kurosawa Laboratory | detail | |
| Acoustic Analysis with Consideration of Damping Effects of Air Viscosity in Sound Pathway | Yoshio Kurosawa Laboratory | detail | |
| Finite Element Analysis for Damped Vibration Properties of Panels Laminated Porous Media | Yoshio Kurosawa Laboratory | detail | |
| Attenuation acoustic analysis of the space inside the car where the sound absorbing material is placed | Yoshio Kurosawa Laboratory | detail | |
| Examination of the Effect of Air Viscosity on Narrow Acoustic Tubes Using FEM Involving Complex Effective Density and Complex Bulk Modulus | Yoshio Kurosawa Laboratory | detail | |
| Acoustic Finite Element Analysis of a Slit Model with Consideration of Viscosity | Yoshio Kurosawa Laboratory | detail |
Conference presentation
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Vibration Acoustic Analysis of Sound Absorbing Duct for Automobile Battery | The 32nd Environmental Engineering General Symposium 2022 | Yoshio Kurosawa Laboratory | detail |
| Consideration of soundproofing for automobile transmission covers | Design and Dynamics Conference 2022 No.308 | Yoshio Kurosawa Laboratory | detail |
| FE analysis of urethane foam using X-ray CT data | Design and Dynamics Conference 2022 No.311 | Yoshio Kurosawa Laboratory | detail |
| Sound insulation analysis of acoustic metamaterial laminated with felt | Design and Dynamics Conference 2022 No.314 | Yoshio Kurosawa Laboratory | detail |
| Sound Absorption Phenomenon of Acoustic Metamaterials Using Membrane Vibration and Helmholtz Resonance | Design and Dynamics Conference 2022 v_Base_forum No.25 | Yoshio Kurosawa Laboratory | detail |
| Creation of Vibroacoustic Analysis Model of Violin (The 3rd report : Modeling and vibration analysis of neck with backboard and fingerboard) | Acoustical Society of Japan 2022 Fall Conference 1-1-7 | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Sound absorption analysis of acoustic metamaterials using Helmholtz resonance | Society of Automotive Engineers of Japan 2021 Spring Meeting Academic Lecture | Yoshio Kurosawa Laboratory | detail |
| Creation of violin vibration acoustic analysis model (1st report: Neck modeling and vibration analysis) | Acoustical Society of Japan 2021 Fall Research Presentation | Yoshio Kurosawa Laboratory | detail |
| Sound insulation analysis of acoustic metamaterials | Design and Dynamics Conference 2021 | Yoshio Kurosawa Laboratory | detail |
| Acoustic analysis of sound absorbing ducts for automobiles | Design and Dynamics Conference 2021 | Yoshio Kurosawa Laboratory | detail |
| FE analysis of microstructure imitating urethane foam | Design and Dynamics Conference 2021 | Yoshio Kurosawa Laboratory | detail |
| Study for Improving Volume of the Assembled Whistle | International Conference on Technology and Social Science 2021 (ICTSS 2021) | Yoshio Kurosawa Laboratory | detail |
| Sound Pressure Distribution of Car Interior and Influence of Wall by Car Door Speaker | International Conference on Technology and Social Science 2021 (ICTSS 2021) | Yoshio Kurosawa Laboratory | detail |
| Vibrational Acoustic Analysis of Singing Lin No5 | Technical exchange meeting materials 2021 SDT21002（Vibration Control Engineering Research Group） | Yoshio Kurosawa Laboratory | detail |
| Violin neck vibration analysis | Technical exchange meeting materials 2021 SDT21002（Vibration Control Engineering Research Group） | Yoshio Kurosawa Laboratory | detail |
| Vibration-acoustic analysis of sound absorbing ducts for automobiles | Technical exchange meeting materials 2021 SDT21014（Vibration Control Engineering Research Group） | Yoshio Kurosawa Laboratory | detail |
| Sound insulation analysis of acoustic metamaterials using Helmholtz resonance and membrane vibration | Technical exchange meeting materials 2021 SDT21022（Vibration Control Engineering Research Group） | Yoshio Kurosawa Laboratory | detail |
| Vibration analysis of a violin top | Acoustical Society of Japan 2022 Spring Research Presentation 2-9-2 | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Sound and Vibration Analysis of the Acoustic Fields Involving Absorption Materials when Excited Panel | International Conference on Technology and Social Science 2020 | Yoshio Kurosawa Laboratory | detail |
| FE model for the loosely-support method in impedance tube measurement | International Conference on Technology and Social Science 2020 | Yoshio Kurosawa Laboratory | detail |
| Finite element analysis of porous speaker cover | Acoustical Society of Japan 2020 Spring Research Presentation 1-10-10 | Yoshio Kurosawa Laboratory | detail |
| Sound insulation analysis of acoustic metamaterials | Design and Dynamics Conference 2020 | Yoshio Kurosawa Laboratory | detail |
| Sound insulation and radiation analysis of floor carpets for automobiles | Design and Dynamics Conference 2020 | Yoshio Kurosawa Laboratory | detail |
| Sound pressure distribution and wall effects in the interior space of a car | Design and Dynamics Conference 2020 | Yoshio Kurosawa Laboratory | detail |
| Examination of improving volume with the practical application of prefabricated whistle | Acoustical Society of Japan 2020 Fall Research Presentation | Yoshio Kurosawa Laboratory | detail |
| [Example of using Altair classroom] Vibration analysis model creation in mechanical engineering experiments | Altair University Japan 2020 | Yoshio Kurosawa Laboratory | detail |
| Examination of volume improvement of prefabricated whistle for disaster relief | 2020 Vibration Control Engineering Study Group Technology Exchange Meeting | Yoshio Kurosawa Laboratory | detail |
| The effect of the wall of the car interior space on the in-vehicle speaker | 2020 Vibration Control Engineering Study Group Technology Exchange Meeting | Yoshio Kurosawa Laboratory | detail |
| Sound insulation analysis of honeycomb-structured acoustic metamaterials | 2020 Vibration Control Engineering Study Group Technology Exchange Meeting | Yoshio Kurosawa Laboratory | detail |
| FE analysis on the sound absorption coefficient of a modeled object using a 3D printer | Acoustical Society of Japan 2021 Spring Research Presentation | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Calculation for normal sound absorption coefficient of automotive absorption materials using FE model for impedance tube | International Conference on Technology and Social Science 2019 (ICTSS 2019) | Yoshio Kurosawa Laboratory | detail |
| Development of Vibration Isolation Gloves for High Workability (Second Report) | International Conference on Technology and Social Science 2019 (ICTSS 2019) | Yoshio Kurosawa Laboratory | detail |
| Vibration acoustic analysis of panels laminated with urethane and rubber sheets | 29th Environmental Engineering Comprehensive Symposium 2019 | Yoshio Kurosawa Laboratory | detail |
| Acoustic FE analysis of in-vehicle speaker cover | Design and Dynamics Conference 2019 | Yoshio Kurosawa Laboratory | detail |
| Sound absorption analysis of metamaterials | Design and Dynamics Conference 2019 | Yoshio Kurosawa Laboratory | detail |
| Radiation sound and sound insulation analysis of automobile panels laminated with urethane rubber sheets | Acoustical Society of Japan 2019 Fall Research Presentation | Yoshio Kurosawa Laboratory | detail |
| Acoustic Analysis for the Speaker Cover of Automobile | International Conference on Mechanical, Electrical and Medical Intelligent System 2019 | Yoshio Kurosawa Laboratory | detail |
| Sound Absorption Analysis of Meta-Material | International Conference on Mechanical, Electrical and Medical Intelligent System 2019 | Yoshio Kurosawa Laboratory | detail |
| Vibration and sound insulation analysis of automobile carpet | 2019 Technology Exchange Meeting Material Collection SDT19003 (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Vibration Acoustic Analysis of Singing Lin Part 4 | 2019 Technology Exchange Meeting Material Collection SDT19003 (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Acoustic FE analysis of automotive speaker covers | 2019 Technology Exchange Meeting Material Collection SDT19003 (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Sound absorption analysis of honeycomb structure metamaterial | 2019 Technology Exchange Meeting Material Collection SDT19003 (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Development of Vibration Isolation Gloves for High Workability | International Conference on Technology and Social Science 2018 (ICTSS 2018) | Yoshio Kurosawa Laboratory | detail |
| Vibration Analysis for the Violin with or without Bass-bar | International Conference on Technology and Social Science 2018 (ICTSS 2018) | Yoshio Kurosawa Laboratory | detail |
| Exploring its usefulness through acoustic analysis of the acoustic instrument Singing Lin | MSC Software 2018 Users Conference | Yoshio Kurosawa Laboratory | detail |
| Calculation of vertical incident sound absorption coefficient of sound absorbing material for automobiles by acoustic tube FE model | Design and Dynamics Conference 2018 (The Japan Society of Mechanical Engineers) | Yoshio Kurosawa Laboratory | detail |
| Effect of loose support method gap on acoustic tube measurement | Acoustical Society of Japan 2018 Autumn Meeting | Yoshio Kurosawa Laboratory | detail |
| Development of sound absorption coefficient prediction technique of laminated ultrafine fiber | International Conference on Mechanical, Electrical and Medical Intelligent System 2018 | Yoshio Kurosawa Laboratory | detail |
| FE modeling of acoustic tube measurement by loose support method | Anti-vibration engineering study group 2018 technology exchange meeting | Yoshio Kurosawa Laboratory | detail |
| Panel vibration analysis when felt and rubber skins are laminated | Anti-vibration engineering study group 2018 technology exchange meeting | Yoshio Kurosawa Laboratory | detail |
| Development of anti-vibration equipment for the purpose of improving workability (2nd report) | Anti-vibration engineering study group 2018 technology exchange meeting | Yoshio Kurosawa Laboratory | detail |
| Acoustic analysis of speaker cover | Acoustical Society of Japan 2019 Fall / Spring Research Presentation | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Transmission Loss Analysis for Automotive Panel Laminated with Felt and Olefin Sheet | International Conference on Technology and Social Science 2017 | Yoshio Kurosawa Laboratory | detail |
| Damped Acoustic Analysis of a Car Cabin with Several Porous Materials | International Conference on Technology and Social Science 2017 | Yoshio Kurosawa Laboratory | detail |
| Sound insulation performance analysis of soundproofing materials for automobiles made of rubber and urethane | Design and Dynamics Conference 2017 (The Japan Society of Mechanical Engineers) | Yoshio Kurosawa Laboratory | detail |
| Vibration acoustic analysis of a closed space where a sound absorbing material is placed by panel vibration | Design and Dynamics Conference 2017 (The Japan Society of Mechanical Engineers) | Yoshio Kurosawa Laboratory | detail |
| Effect of viscoelastic damping device with high-rigidity restraint layer on the resonant response of the frame structure | Design and Dynamics Conference 2017 (The Japan Society of Mechanical Engineers) | Yoshio Kurosawa Laboratory | detail |
| Effect of violin bus bar (power tree) on vibration | Acoustical Society of Japan 2017 Fall Research Presentation | Yoshio Kurosawa Laboratory | detail |
| Sound Insulation Analysis of Porous Media using Urethane and Rubber | International Conference on Mechanical, Electrical and Medical Intelligent System 2017 | Yoshio Kurosawa Laboratory | detail |
| Development of anti-vibration equipment for the purpose of improving workability | 2017 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Vibration Acoustic Analysis of Singing Lin Part 2 | 2017 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Effect of violin on vibration and sound due to the presence or absence of a bus bar | 2017 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| About the influence of sample boundary conditions on acoustic tube measurement | 2017 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Vibration acoustic analysis of two closed spaces separated by a sound absorbing material for automobiles | 2017 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Sound insulation performance analysis by changing the shape of laminated soundproof material | 2016 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| About the sound absorption coefficient prediction method for ultrafine fiber materials | Acoustical Society of Japan Architectural Acoustics Study Group | Yoshio Kurosawa Laboratory | detail |
| FEM-assisted SEA response analysis considering the coupling of damping in a structure with L-coupled damping curved panels | Design and Dynamics Conference 2016 | Yoshio Kurosawa Laboratory | detail |
| Impact response analysis of curved panels for automobiles with non-linear elastically supported frames | Design and Dynamics Conference 2016 | Yoshio Kurosawa Laboratory | detail |
| Development of sound absorption coefficient prediction method for laminated type ultrafine fiber material | Design and Dynamics Conference 2016 | Yoshio Kurosawa Laboratory | detail |
| Sound insulation performance analysis of laminated sound absorbing and insulating materials for automobiles | Design and Dynamics Conference 2016 | Yoshio Kurosawa Laboratory | detail |
| FEM-assisted SEA response analysis considering the coupling of damping in a cross-coupled structure of damping bead panels | Annual Meeting of the Japan Society of Mechanical Engineers | Yoshio Kurosawa Laboratory | detail |
| Impact response analysis when connecting a non-linear concentrated spring of a sound-absorbing double-wall structure composed of curved surfaces | Annual Meeting of the Japan Society of Mechanical Engineers | Yoshio Kurosawa Laboratory | detail |
| Sound insulation performance analysis of three-layer structure soundproofing material of felt, olefin sheet, and felt | 2016 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Vibration Acoustic Analysis of Singing Lin Part 1 | 2016 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Impact response analysis of curved panels for automobiles with non-linear elastically supported frames | 2016 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| FEM-assisted SEA response analysis considering the coupling of damping in a structure with L-coupled damping curved panels | 2016 Technology Exchange Meeting (Vibration Control Engineering Study Group) | Yoshio Kurosawa Laboratory | detail |
| Title | Society name | Laboratory | Contents |
|---|---|---|---|
| Attenuation acoustic analysis of the interior of an automobile when various porous bodies are arranged | Dynamics and Design Conference 2015 | Yoshio Kurosawa Laboratory | detail |
| Optimal placement of sound absorbing material in a simple model that imitates the interior of cars | Anti-vibration engineering study group 2015 technology exchange meeting | Yoshio Kurosawa Laboratory | detail |
| Development of performance prediction technology for ultra-fine sound absorbing materials | Acoustical Society of Japan 2016 Spring Research Presentation | Yoshio Kurosawa Laboratory | detail |
| Predicting Automotive Interior Noise Including Wind Noise by Statistical Energy Analysis | International Conference on Mechanical Engineering and Applied Mechanics | Yoshio Kurosawa Laboratory | detail |
| Sound insulation performance analysis of laminated soundproofing materials using felt, film, and urethane | Vibration Control Engineering Study Group 2014 Technology Exchange Meeting | Yoshio Kurosawa Laboratory | detail |
| Sound insulation performance analysis of laminated soundproof materials using felt and film | 21st General Assembly and Lecture of the Japan Society of Mechanical Engineers Kanto Branch | Yoshio Kurosawa Laboratory | detail |
State of the laboratory
(Fostex Electric Co., Ltd.) Visit
Block research exchange meeting poster presentation 01
Block research exchange meeting poster presentation 02
Research presentation poster presentation
Introducing the FacultyThis section introduces details about the research and the passionate thoughts around the research.
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