HIROE Masaaki

J-GLOBAL         Last updated: Apr 17, 2018 at 19:40
 
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Name
HIROE Masaaki
Affiliation
Kobayasi Institute of Physical Research
Section
Noise and Vibration Division Group-3
Job title
Chief
Degree
(BLANK)(*Kyushu Institute of Design*)

Research Interests

 
 

Research Areas

 
 

Academic & Professional Experience

 
Apr 2018
 - 
Today
Noise & Vibration Division, Kobayasi Institute of Physical Research
 
Apr 2013
 - 
Mar 2018
Noise & Vibration Division, Kobayasi Institute of Physical Research
 
Apr 2011
 - 
Mar 2013
Noise & Vibration Division, Kobayasi Institute of Physical Research
 
Apr 2005
 - 
Mar 2011
Noise & Vibration Division 3, Kobayasi Institute of Physical Research
 
Apr 1991
 - 
Mar 2005
Noise & Vibration Division 3, Kobayasi Institute of Physical Research
 

Education

 
Apr 2007
 - 
Sep 2010
Graduate School of Science and Technology, Niigata University
 
Apr 1989
 - 
Mar 1991
School of Design, Kyushu Institute of Design
 
 
 - 
1991
Master's and Doctoral Programs of Design, Kyushu Institute of Design
 
Apr 1985
 - 
Mar 1989
Department of Acoustic Design, School of Design, Kyushu Institute of Design
 
 
 - 
1989
Department of Acoustic Design, Kyushu Institute of Design
 

Published Papers

 
Investigation on estimation of noise-reduction effect due to vibration damping of steel railway bridge by using particle velocity measurement
HIROE Masaaki
Proceedings of Constructional Steel   25 571-577   Nov 2017   [Refereed]
Influence of multiple reflections between railway car bodeies and barriers on noise propagation
HIROE Masaaki
Journal of INCE/J   41(2) -HM002539   Apr 2017   [Refereed]
HIROE Masaaki
Acoustical Science and Technology   38(1) 45   Jan 2017   [Refereed]
In order to calculate the propagation of sound emitted from a conventional railway behind a reflective barrier, we applied a numerical technique of transforming a solution for a coherent line source to a solution for a point source. This technique...
Noise reduction effect of barriers for low wind load at high-rise buildings adjacent to conventional railway
HIROE Masaaki
Journal of INCE/J   40(1) 34-HM002539   Feb 2016   [Refereed]
HIROE Masaaki
Proceedings of 10th International Workshop on Railway Noise   533-HM002539   2012   [Refereed]
We applied a numerical technique to transform a two-dimensional (2D) solution to a three-dimensional (3D) solution based on Duhamel’s transformation method using the transient solution obtained by Finite Difference Time Domain (FDTD) simulation to...
HIROE Masaaki
Journal of INCE/J   31(4) 322-332   Aug 2007   [Refereed]
Finite difference time-domain method (FDTDM) was applied to examine the method for increasing the shielding effect of an inverted-L barrier against the bogie noise of Shinkansen. A numerical calculation by FDTDM was carried out assuming that the ...

Misc

 
High frequency sounds radiated from rails.
Proceeding of 18th ICA 2004      2004
An investigation on sound emission from a high-speed moving source
Proceeding of inter-noise '97.   159-162   1997
Improvement of the prediction model of Shinkansen noise(共著)
Proceeding of Forum Acusticum Sevilla 2002      2002
Source identification of high-speed Train noise by sound intensity(jointly authored)
Proceeding of WCRR '97.   (E) 301-306   1997
Source identification of Shinkansen noise by sound intensity method(jointly authored)
Proceeding of ASVA '97.   485-490   1997
Source identification and prediction of Shinkansen noise by sound intensity. (jointly authored)
Proceeding of inter-noise 97.   151-154   1997
Source Identification and prediction of Shinkansen noise by sound intensity method.
Proceeding of inter-noise '97   151-154   1997
KAKU J, HIROE M, KUWANO S, NAMBA S
Journal of Sound and Vibration   277(3) 459-464   2004
Effects of Barrier Shapes on Railway Noise Reduction -Experiments in a Two-Dimensional Sound Field-
Proceedings of Inter Noise 94   1 149   1994
Prediction of the effect of noise barriers for railway by two-dimentional BEM. (共著)
Proceeding of World Congress on Railway Research '99      1999
Source Identification of Shinkansen Noise by using a Sound Intensity Technique
93-96   1996
Characteristics of Railway Noise
19(3) 45(143)   1995
Visualization of Shinkansen noise by sound intensity method.
22(1) 17-19   1998
Noise attenuation of barriers for railway noise
   1995

Conference Activities & Talks

 
Investigation of very-high-frequency noise in our environment. - part 3 psychological and physical effects of very-high-frequency noise -
HIROE Masaaki
2017 Autumn Meeting of Acoustical Society of Japan   25 Sep 2017   
An examination to estimate noise reduction of damping treatment for steel bridge of railway by using particle velocity sensor
HIROE Masaaki
Technical Committee Meeting of Noise and Vibration   5 Jul 2017   
2.5-dimensional numerical analysis for propagation of conventional railway noise - Applications to elevated railway and verification by scale model experiments -
HIROE Masaaki
Technical Committee Meeting of Noise and Vibration   9 Jun 2017   
Investigation of very-high-frequency noise in our environment - Part2 Auditory evaluation on very-high-frequency noise and observation in passing train -
HIROE Masaaki
Technical Committee Meeting of Noise and Vibration   17 Feb 2017   
The shielding effect of high-barriers installed on the both sides of rail track for conventional railway noise
HIROE Masaaki
Proceedings of the 2016 autumn meeting   19 Nov 2016   
Evaluation of the influence of multi-reflections between a train body and a noise barrier on wayside noise of conventional railway using a 2.5-dimensional numerical analysis
HIROE Masaaki
2016 Autumn Meeting of Acoustical Society of Japan   14 Sep 2016   
A questionnaire survey on health effects of aircraft noise for residents living in the vicinity of Narita International Airport: Part-2 Analysis and result detail
HIROE Masaaki
inter-noise 2016   21 Aug 2016   
A questionnaire survey on health effects of aircraft noise for residents living around Narita International Airport
HIROE Masaaki
Technical Committee Meeting of Noise and Vibration   17 Jun 2016   
Application of 2.5-dimensional numerical analysis for propagation of conventional railway noise
HIROE Masaaki
Technical Committee Meeting of Noise and Vibration   27 Nov 2015   
A questionnaire survey on health effects of aircraft noise for residents living in the vicinity of Narita International Airport
HIROE Masaaki
2015 Autumn Meeting of Acoustical Society of Japan   16 Sep 2015   
2.5-dimensional finite-differential time-domain analysis for propagation of conventional railway noise - applications of 2.5D FTDT analysis to surface railway and verification by scale model experiments -
HIROE Masaaki
2015 Autumn Meeting of Acoustical Society of Japan   16 Sep 2015   
Recent field survey on high frequency sounds above 10 kHz
HIROE Masaaki
Proceedings of the 2015 spring meeting   21 Apr 2015   
Railway noise with high-frequency sounds above 10 kHz –On the issue of measurement and evaluation
HIROE Masaaki
2013 Autumn Meeting of Acoustical Society of Japan   25 Sep 2013   
Influence on the impression of passing-train noise caused by high-frequency sounds above 10 kHz
HIROE Masaaki
Proceedings of the 2012 spring meeting   24 Apr 2012   
Field survey on high-frequency sounds - Review of results of prior survey -
HIROE Masaaki
Proceedings of the 2012 spring meeting   24 Apr 2012   
Numerical analysis on the shielding effects of several barriers against bogie noise [Invited]
HIROE Masaaki
inter-noise 2011   4 Sep 2011   
Measurement of railway noise with high frequency sounds above 10 kHz - Recent measured results
HIROE Masaaki
Proceedings of the 2010 autumn meeting   28 Sep 2010   
The shielding effects of several barriers against bogie noise of railway vehicles - Comparisons between the shielding effects for 2-D coherent line source and for 3-D incoherent line source
HIROE Masaaki
Proceedings of the 2010 autumn meeting   28 Sep 2010   
Numerical simulations of propagation of bogie noise using 2D-FDTD method - Treatment of boundary conditions of railroad tracks, and applictions of transformation results calculated by 2D-FDTD method to 3D results -
HIROE Masaaki
Technical Committee Meeting of Noise and Vibration   25 Jan 2010   
High-frequency sounds radiated from a train running on the curved track (Part -2)
HIROE Masaaki
Proceedings of the 2008 autumn meeting   25 Sep 2008   

Research Grants & Projects

 
The Prediction of Shinkansen Noise by Sound Intensity.
Funded Research
Project Year: 1997   
An investigation on high frequency sounds radiated from railway.
Project Year: 2003   

Social Contribution

 
Journal of INCE/J
[Editor]  The Institute of Noise Control Engineering of Japan  HM002539  1 Jun 2014 - 31 May 2018
Journal of INCE/J
[Chief Editor]  The Institute of Noise Control Engineering of Japan  HM002539  1 Jun 2010 - 31 May 2014
Journal of INCE/J
[Editor]  The Institute of Noise Control Engineering of Japan  HM002539  1 Jun 2006 - 31 May 2010