Updated on 2024/03/22

写真a

 
KANEDA Masayuki
 
Organization
Graduate School of Engineering Division of Mechanical Engineering Associate Professor
School of Engineering Department of Mechanical Engineering
Title
Associate Professor
Affiliation
Institute of Engineering
Affiliation campus
Nakamozu Campus

Position

  • Graduate School of Engineering Division of Mechanical Engineering 

    Associate Professor  2022.04 - Now

  • School of Engineering Department of Mechanical Engineering 

    Associate Professor  2022.04 - Now

Degree

  • 博士(工学) ( Others )

Research Areas

  • Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Fluid engineering

  • Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Thermal engineering

  • Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Fluid engineering

Research Interests

  • 自然対流

  • 移動現象論

  • 磁化力対流

  • 液滴からの成膜

  • 常磁性流体

  • Porous media

  • 伝熱工学

  • Transport phenomena

  • Natural convection

  • Magnetized force

  • Liquid metal

  • Heat transfer

  • droplet

Research subject summary

  • 格子ボルツマン法による混相流解析手法の開発

  • 多孔体内流動における伝熱

  • 常磁性流体の磁化力対流に関する研究

Research Career

  • Transport phenomena in evaporating droplet

  • Heat transfer through porous media

  • magnetic convection and its application

Professional Memberships

  • The Japanese Society for Multiphase Flow

    2011.10 - Now   Domestic

  • 日本機械学会

    2007.11 - Now   Domestic

  • 日本伝熱学会

    2004.04 - Now   Domestic

  • 化学工学会

    1999.11 - Now   Domestic

  • THE JAPANESE SOCIETY FOR MULTIPHASE FLOW

  • 日本機械学会

  • 日本伝熱学会

  • 化学工学会

  • Japan Society of Chemical Engineering

  • Heat Transfer Society of Japan

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Awards

  • グラフィックスアワード特別賞

    宮﨑巽也,杉本真,金田昌之,須賀一彦

    2022.06   日本計算工学会  

  • 日本伝熱学会貢献賞

    2020.06   日本伝熱学会  

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    Country:Japan

  • 化学工学会粒子・流体プロセス部会フロンティア賞

    2011.03   化学工学会  

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    Country:Japan

Job Career (off-campus)

  • Osaka Prefecture University

    2008.04 - 2022.03

Papers

  • Thermomagnetic convection induced in a temperature stratified state by a Halbach magnetic field

    Masayuki Kaneda, Shunya Yoshimura, Kazuhiko Suga

    International Journal of Thermal Sciences   192   108415 - 108415   2023.10( ISSN:1290-0729

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    Publishing type:Research paper (scientific journal)  

    DOI: 10.1016/j.ijthermalsci.2023.108415

  • Direct numerical simulation for turbulent heat transfer in Taylor-Couette flows with a stationary grooved outer cylinder

    Takeda K.

    Proceedings of the International Symposium on Turbulence, Heat and Mass Transfer   2023( ISSN:26425629 ( ISBN:9781567005349

  • Magnetothermal Convection on the Thermally Stratified Fluid Layer by Permanent Magnets

    Masayuki Kaneda, Kengo Wada, Kensuke Nazato, Kazuhiko Suga

    Journal of Enhanced Heat Transfer   2022.05

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    Authorship:Lead author, Corresponding author   International / domestic magazine:International journal  

    DOI: https://doi.org/10.1615/jenhheattransf.2022041934

    Repository URL: http://hdl.handle.net/10466/0002000392

  • Magnetothermal Convection on the Thermal Stratified Fluid Layer by Permanent Magnets Reviewed

    Masayuki Kaneda, Kengo Wada, Kensuke Nazato, Kazuhiko Suga

    Journal of Enhanced Heat Transfer   29 ( 5 )   77 - 91   2022.05( ISSN:1065-5131

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    Authorship:Lead author, Corresponding author   Publishing type:Research paper (scientific journal)  

    DOI: 10.1615/jenhheattransf.2022041934

  • Numerical simulation of filtration processes in the flow-induced deformation of fibrous porous media by a three-dimensional two-way fluid–structure interaction scheme Reviewed

    Suguru Ando, Mitsuru Nishikawa, Masayuki Kaneda, Kazuhiko Suga

    Chemical Engineering Science   252   117500 - 117500   2022.04( ISSN:0009-2509

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    Publishing type:Research paper (scientific journal)  

    DOI: 10.1016/j.ces.2022.117500

  • Liquid Flow Simulation onto the Horizontal Square Rod Array Reviewed

    Makoto SUGIMOTO, Tatsuya MIYAZAKI, Zelin LI, Masayuki KANEDA, Kazuhiko SUGA

    JAPANESE JOURNAL OF MULTIPHASE FLOW   36 ( 1 )   128 - 135   2022.03( ISSN:0914-2843 ( eISSN:1881-5790

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    Authorship:Corresponding author   Publishing type:Research paper (scientific journal)   International / domestic magazine:Domestic journal  

    DOI: 10.3811/jjmf.2022.012

  • Coolant Wetting Simulation on Simplified Stator Coil Model by the Phase-Field Lattice Boltzmann Method Reviewed

    Makoto Sugimoto, Tatsuya Miyazaki, Masayuki Kaneda, Kazuhiko Suga

    Entropy   24 ( 2 )   219 - 219   2022.01( eISSN:1099-4300

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    Authorship:Corresponding author   Publishing type:Research paper (scientific journal)  

    Stator coils of automobiles in operation generate heat and are cooled by coolant poured from above. The flow characteristic of the coolant depends on the coil structure, flow condition, solid–fluid interaction, and fluid property, which has not been clarified due to its complexities. Since straight coils are aligned and layered with an angle at the coolant-touchdown region, the coil structure is simplified to a horizontal square rod array referring to an actual coil size. To obtain the flow and wetting characteristics, two-phase fluid flow simulations are conducted by using the phase-field lattice Boltzmann method. First, the flow onto the single-layered rod array is discussed. The wetting area is affected both by the rod gap and the wettability, which is normalized by the gap and the averaged boundary layer thickness. Then, the flow onto the multi-layered rod arrays is investigated with different rod gaps. The top layer wetting becomes longitudinal due to the reduction of the flow advection by the second layer. The wetting area jumps up at the second layer and increases proportionally to the below layers. These become remarkable at the narrow rod gap case, and finally, the dimensionless wetting area is discussed at each layer.

    DOI: 10.3390/e24020219

  • Lattice Boltzmann Direct Numerical Simulation of Taylor-Couette Flows with a Grooved Wall

    Takeda Kohei, Okada Yosihisa, Kaneda Masayuki, Suga Kazuhiko

    The Proceedings of Mechanical Engineering Congress, Japan   2022 ( 0 )   S061p-04   2022( eISSN:24242667

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    <p>To investigate the difference between the standard Taylor-Couette (TC) flow and axially grooved TC (GTC) flow, this study caries out DNSs of turbulent TC and GTC flow by the D3Q27 MRT lattice Boltzmann method.For the GTC flow calculated in this study,the inner rotating cylinder has no grooved and outer stationary cylinder has 24 axial grooves. From statistical results,it is found that Case GTC has a lower bulk velocity than Case TC.The kinetic energy of fluctuating velocity in Case TC has a nearly symmetric distribution,while in Case GTC,as the Reynolds number increases, the maxima are larger on the inner cylinder side than the outer cylinder side.In Case GTC,<i>Nu<sub>ω</sub></i> − 1,which is directly related torque,is 30% larger than the normal TC flow.This means that the torque required for rotation is increased due to the grooves.However,for the groove geometry in this study,the increase in torque is not as large as for the ribroughened TC flow in a similar study.</p>

    DOI: 10.1299/jsmemecj.2022.s061p-04

  • A coupled lattice Boltzmann and Cosserat rod model method for three-dimensional two-way fluid–structure interactions Reviewed

    Suguru Ando, Mitsuru Nishikawa, Masayuki Kaneda, Kazuhiko Suga

    AIP Advances   11 ( 7 )   075020 - 075020   2021.07

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    Publishing type:Research paper (scientific journal)  

    DOI: 10.1063/5.0058694

  • Consistent evaporation formulation for the phase-field lattice Boltzmann method Reviewed

    Makoto Sugimoto, Yuta Sawada, Masayuki Kaneda, Kazuhiko Suga

    Physical Review E   103 ( 5 )   2021.05( ISSN:2470-0045 ( eISSN:2470-0053

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    Authorship:Corresponding author   Publishing type:Research paper (scientific journal)  

    DOI: 10.1103/physreve.103.053307

    Other URL: http://harvest.aps.org/v2/journals/articles/10.1103/PhysRevE.103.053307/fulltext

  • Permeability prediction of fibrous porous media by the lattice Boltzmann method with a fluid-structure boundary reconstruction scheme Reviewed

    Suguru Ando, Masayuki Kaneda, Kazuhiko Suga

    Journal of Industrial Textiles   152808372097891 - 152808372097891   2020.12( ISSN:1530-8057

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    Publishing type:Research paper (scientific journal)  

    <jats:p> The D3Q27 lattice Boltzmann method (LBM) combined with the fluid-structure boundary reconstruction (fsBR) scheme and the interpolated bounce back (IPBB) method is extensively evaluated to predict the permeability of nonwoven fibrous porous media. The fsBR-IPBB method transfers digitally defined step-like boundary data, e.g. the three-dimensional structure data obtained by the X-ray computed tomography, to continuous smooth boundary data via level-set functions. It leads to highly accurate calculations despite low lattice resolutions of thin fibers with circular cross-sectional shapes, compared to the conventional half-way bounce back (HWBB) method. The fsBR-IPBB method is first applied to predict the permeability of two different arrays of impermeable circular cylinders and verified by comparing the results with the data in the literature. We then validate the method referring to the numerically and experimentally obtained permeability of six types of nonwoven fabrics prepared by the industrial hydroentanglement process. Finally, the discussion on the applicability and the limitation of the macroscopic correlation models to estimate permeability of porous media is carried out. The results show that although the calculated permeability is in reasonable agreement with the measured one with an error of 8.1–16.3%, analytical or empirical correlation models fail to give the correct trend due to the highly inhomogeneous and anisotropic properties of hydroentangled nonwoven fabrics. </jats:p>

    DOI: 10.1177/1528083720978913

  • Permeability prediction of fibrous porous media by the lattice Boltzmann method with a fluid-structure boundary reconstruction scheme

    Suguru Ando, Masayuki Kaneda, Kazuhiko Suga

    Journal of Industrial Textiles 雑誌   2020.12

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    Kind of work:Joint Work  

  • Magnetothermal force effect on natural convection through a partially-heated vertical channel Reviewed

    Kengo WADA, Hiroaki FUJIWARA, Masayuki KANEDA, Kazuhiko SUGA

    Journal of Thermal Science and Technology 雑誌   15 ( 2 )   2020.08

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    Kind of work:Joint Work  

  • Natural convection of paramagnetic fluid along a vertical heated wall under a magnetic field from a single permanent magnet Reviewed

    Masayuki Kaneda, Hiroaki Fujiwara, Kengo Wada, Kazuhiko Suga

    Journal of Magnetism and Magnetic Materials   502   2020.05( ISSN:0304-8853

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    Authorship:Lead author, Corresponding author   Publishing type:Research paper (scientific journal)  

    © 2020 Elsevier B.V. The natural convection of a paramagnetic fluid is numerically investigated in the presence of a magnetic field from a block permanent magnet. One vertical wall of a cavity is partially heated at a constant heat flux to consider a single vertical heated wall. The permanent block magnet is placed behind the heated wall, of which the magnetic field is numerically obtained. Since the magnetic force is remarkable at edges of the block magnet, the magnetothermal force is also pronounced if the temperature difference exists by wall heating. The overlapping magnetothermal force works to repel the fluid. This results in the heat transfer enhancement near the upper magnet edge, and suppression near the lower magnet edge. The suppressing effect becomes remarkable rather than the enhancing one in cases of large magnetic induction, high wall heat flux, and high magnet elevation to the heated wall.

    DOI: 10.1016/j.jmmm.2020.166574

  • Natural convection of paramagnetic fluid along a vertical heated wall under a magnetic field from a single permanent magnet Reviewed

    Masayuki Kaneda, Hiroaki Fujiwara, Kengo Wada, Kazuhiko Suga

    Journal of Magnetism and Magnetic Materials 雑誌   502   2020.05

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    Kind of work:Joint Work  

    Repository URL: http://hdl.handle.net/10466/00017054

  • Rayleigh-benard convection of paramagnetic liquid under a magnetic field from permanent magnets Reviewed

    Kengo Wada, Masayuki Kaneda, Kazuhiko Suga

    Symmetry   12 ( 3 )   2020.03( eISSN:2073-8994

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    Authorship:Corresponding author   Publishing type:Research paper (scientific journal)  

    © 2020 by the authors. The convection control is important in terms of the heat transfer enhancement and improvement of the applied devices and resultant products. In this study, the convection control by a magnetic field from block permanent magnets is numerically investigated on the Rayleigh-Benard convection of paramagnetic fluid. To enhance the magnetic force from the available permanent magnets, pairs of alternating-pole magnets are employed and aligned near the bottom heated wall. The lattice Boltzmann method is employed for the computation of the heat and fluid flow with the consideration of buoyancy and magnetothermal force on the working fluid. It is found that, since the magnetic force at the junction of pair magnets becomes strong remarkably and in the same direction as the gravity, descending convection flow is locally enhanced and the pair of symmetrical roll cells near the magnet junction becomes longitudinal. The local heat transfer corresponds to the aected roll cell pattern; locally enhanced at the magnet junctions and low heat transfer area is shifted aside the magnet outer edge. The averaged Nusselt number on the hot wall also increases proportionally to the magnetic induction but it is saturated at high magnetic induction. This suggests the roll cell pattern is no more largely aected at extremely-high magnetic induction.

    DOI: 10.3390/sym12030341

  • Phase-field LBMによる等方多孔体への微小液滴浸潤数値解析 Reviewed

    杉本真,金田昌之,須賀一彦

    日本機械学会論文集 雑誌   86 ( 883 )   20 - 00014   2020.03

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    Kind of work:Joint Work  

  • Rayleigh-Bénard convection of paramagnetic liquid under a magnetic field from permanent magnets Reviewed

    Kengo Wada, Masayuki Kaneda, Kazuhiko Suga

    Symmetry 雑誌   12 ( 3 )   2020.02

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    Kind of work:Joint Work  

  • Spanwise measurements of turbulence structure over permeable walls

    Yuka Nakagawa, Masayuki Kaneda, Kazuhiko Suga

    ETC 2013 - 14th European Turbulence Conference   2020

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    Publishing type:Research paper (international conference proceedings)  

    Copyright © ETC 2013 - 14th European Turbulence Conference.All rights reserved. In order to understand the effects of the wall permeability on turbulence near permeable walls, spanwise flow field measurements are carried out for turbulent flows in channels with permeable bottom walls by a two-component particle velocimetry (PIV) system. The porous media used are three kinds of foamed ceramics which have almost the same porosity (∼ 0.8) but different permeability. The turbulent flow fields in the spanwise planes are discussed using instantaneous and statistical measurement data. At a small permeability Re (ReK), low speed and high speed regions, which form a similar streaky structure to that of solid-wall turbulence, are observed. In case of a large ReK, although some large scale striped patterns are observed, they are confirmed to be different from those of the solid wall turbulence structure.

  • Magnetothermal force effect on natural convection through a partially-heated vertical channel

    Kengo Wada, Hiroaki Fujiwara, Masayuki Kaneda, Kazuhiko Suga

    Journal of Thermal Science and Technology   15 ( 2 )   1 - 8   2020( eISSN:1880-5566

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    Authorship:Corresponding author   Publishing type:Research paper (scientific journal)  

    © 2020 The Japan Society of Mechanical Engineers. Natural convection of a paramagnetic fluid through a partially-heated vertical channel is numerically studied in the presence of a magnetic field from two block magnets placed behind the heated wall. Magnets are aligned with opposite orientations. This magnet orientation induces strong magnetic force normal to the magnet at the magnet junction due to short distance between poles. When the temperature-dependent magnetic susceptibility changes due to wall heating near the magnet, the magnetothermal force is induced remarkably near the magnet junction. This additional force overlaps to the natural convection along the heated wall and results in the changes of heat and fluid flow along the heated wall. It is found that, flow becomes slow and the local heat transfer is suppressed below the elevation of the magnet junction, and the flow acceleration and heat transfer enhancement are observed above the junction elevation, of which effects depend on the relative magnet elevation to the heated wall. It is also found that the transition to vibrating flow occurs at the specific magnet elevation. The time-averaged Nusselt number suggests this vibrating convection has the potential to enhance the heat transfer remarkably because this magnetically-induced flow vibration continues along the heated wall up to the outlet.

    DOI: 10.1299/jtst.2020jtst0019

  • Phase-field lattice Boltzmann simulation of minute droplet onto isotropic porous media Reviewed

    SUGIMOTO Makoto, KANEDA Masayuki, SUGA Kazuhiko

    Transactions of the JSME (in Japanese)   86 ( 883 )   20 - 00014-20-00014   2020

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    Authorship:Corresponding author  

    <p>Imbibition of single droplet onto porous surface can be observed in engineering devices such as the oil mist filter, inkjet printings, etc. This two-phase flow is governed by physical properties of liquid and porous media. When the droplet size is comparable to the pore scale, the droplet behavior additionally depends on the structural characteristics of the porous media, which has not been clarified yet. It requires to consider not only the physical properties of two-phase flow but also the solid structure. We employed the phase-field lattice Boltzmann method (PFLBM) to compute the two-phase flow on the complicated structures. Since the conventional PFLBM has less precision in the solid representation, wettability and the phase volume consideration on curved boundaries, we improved this method by employing hybrid interpolated bounce-back scheme in the three dimensional system with considering wall normal direction geometrically. It shows the reasonable droplet behavior on a flat plate inclined from the grid line. A static droplet on a sphere is represented by the reasonable position and shape of the contact line. The phase-volume error derived from the conventional interpolated bounce-back is successfully suppressed. Next, the characteristic of the droplet entrapment and/or infiltration by isotropic open cell (Kelvin cell) porous media is numerically studied. It is found that the threshold wettability exists between entrapment and infiltration regardless of the surface topology of the porous media. As the droplet size becomes smaller, the effect of the porous surface becomes remarkable in the threshold contact angle and infiltration ratio at higher contact angle. In case of the droplet entrapment above the porous surface, the lyophobicity of the porous surface becomes remarkable, which merges to the given contact angle at the super-lyophobicity due to the less wetted ligaments.</p>

    DOI: 10.1299/transjsme.20-00014

    CiNii Article

  • Effect of magnetic field on natural convection inside a partially-heated vertical duct: Experimental study Reviewed

    Masayuki Kaneda, Kensuke Nazato, Hiroaki Fujiwara, Kengo Wada, Kazuhiko Suga

    International Journal of Heat and Mass Transfer 雑誌 Elsevier   132   2019.01

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    Kind of work:Joint Work  

    Repository URL: http://hdl.handle.net/10466/16196

  • Combined effects of molecular geometry and nanoconfinement on liquid flows through carbon nanotubes Reviewed

    Kazuhiko Suga, Yuki Mori, Rintaro Moritani, Masayuki Kaneda

    Physical Review E 雑誌 American Physical Society   97   2018.05

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    Kind of work:Joint Work  

  • Magnetothermal force on heated or cooled pipe flow Reviewed

    Masayuki Kaneda, Kazuhiko Suga

    International Journal of Heat and Fluid Flow 雑誌 Elsevier   69   1 - 8   2018.02

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    Kind of work:Joint Work  

  • Effect of magnetothermal force on heat and fluid flow of paramagnetic liquid flow inside a pipe Reviewed

    Masayuki Kaneda ⇑, Akira Tsuji, Kazuhiko Suga

    Applied Thermal Engineering 雑誌 Elsevier   115   1298 - 1305   2017.03

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    Kind of work:Joint Work  

  • Wall-Adjacent Velocity Profiles of Nano-scale Gas Flows Reviewed

    Haruka Yasuoka, Masayuki Kaneda & Kazuhiko Suga

    Journal of Statistical Physics 雑誌 Springer   165 ( 5 )   907 - 919   2016.12

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    Kind of work:Joint Work  

  • Thermal lattice Boltzmann method for complex microflows Reviewed

    Haruka Yasuoka, Masayuki Kaneda, Kazuhiko Suga

    PHYSICAL REVIEW E   94   2016.07

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    Kind of work:Joint Work  

  • An investigation on liquid flow characteristics in carbon nanotubes Reviewed

    First Pacific Rim Thermal Engineering Conference   2016.03

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    Kind of work:Joint Work  

  • Improvement of boundary reconstruction scheme for lattice Boltzmann fluid flow computation Reviewed

    Akane Ohori, Masayuki Kaneda, Kazuhiko Suga

    First Pacific Rim Thermal Engineering Conference   2016.03

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    Kind of work:Joint Work  

  • Effect of Magnetc Field on Heat and Fluid Flow Through Heated Pipe Reviewed

    Masayuki Kaneda, Akira Tsuji, Kazuhiko Suga

    Asian Symposium on Computational Heat Transfer and Fluid Flow 2015   2015.11

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    Kind of work:Joint Work  

  • Development of a lattice Boltzmann method for thermal fields in microscopic complex flows Reviewed

    Asian Symposium on Computational Heat Transfer and Fluid Flow 2015   2015.11

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    Kind of work:Joint Work  

  • Heat transfer enhancement by external magnetic field for paramagnetic laminar pipe flow Reviewed

    Masayuki Kaneda, Akira Tsuji, Hiroki Ooka, Kazuhiko Suga

    International Journal of Heat and Mass Transfer   90   388 - 395   2015

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    Kind of work:Joint Work  

  • Effect of the wall structure on nanochannel gas flow: A molecular dynamics study Reviewed

    Haruka YASUOKA, Tomohiko IMAE, Masayuki KANEDA, Kazuhiko SUGA

    Journal of Thermal Science and Technology   10 ( 2 )   2015

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    Kind of work:Joint Work  

  • Development of magneto-thermal lattice Boltzmann heat and fluid flow simulation Reviewed

    Masayuki Kaneda, Hironori Kano, Kazuhiko Suga

    Heat and Mass Transfer   51 ( 9 )   1263 - 1275   2015

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    Kind of work:Joint Work  

  • Heat transfer rate characteristics of the magnetothermal Rayleigh Benard convection of paramagnetic air Reviewed

    Masato Akamatsu, Kaoru Yasuhara, Masayuki Kaneda, Hiroyuki Ozoe

    International Journal of Thermal Sciences   89   13 - 22   2015

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    Kind of work:Joint Work  

  • Ghost-Fluid-based boundary treatment in lattice Boltzmann method and its extension to advancing boundary Reviewed

    Masayuki Kaneda, Toshihiro Haruna and Kazuhiko Suga

    Applied Thermal Engineering 雑誌   72 ( 1 )   126 - 134   2014.11

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    Kind of work:Joint Work  

  • Molecular dynamics simulation for flow characteristics in nanochannels and single walled carbon nanotubes Reviewed

    Haruka Yasuoka, Tomohiko Imae, Masayuki Kaneda, Kazuhiko Suga

    Journal of Physics: Conference Series (XXI Fluid Mechanics Conference) 雑誌   530   2014.08

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    Kind of work:Joint Work  

  • Magnetic Convection inside a Polymer Solution Droplet on a Lyophobic Surface Reviewed

    Masayuki Kaneda, Yusuke Matsushima, Kazuhiko Suga

    Numerical Heat Transfer, part A 雑誌 Taylor & Francis   59   98 - 113   2011.01

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    Kind of work:Joint Work  

  • LBMによるナノチャネル内流動解析 Reviewed

    竹中奨,金田昌之,須賀一彦,金城友之,兵頭志明

    機械学会論文集B編 雑誌 日本機械学会   B編76 ( 770 )   1525 - 1533   2010.10

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    Kind of work:Joint Work  

  • Internal flow in polymer solution droplets deposited on a lyophobic surface during receding process Reviewed

    M. Kaneda, K. Hyakuta, Y. Takao, H. Ishizuka, J. Fukai

    Langmuir 雑誌 ACS Publications   24   9102 - 9109   2008.08

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    Kind of work:Joint Work  

  • Effect of the Rayleigh number on the magnetizing force convection in a cube with cusp-shaped magnetic field Reviewed

    M. Kaneda, T. Tagawa, H. Ozoe

    Progress in Computational Fluid Dynamics 雑誌 Inderscience publishers   2   72 - 79   2002.04

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    Kind of work:Joint Work  

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MISC

  • 化学工学年鑑 4.3対流伝熱促進・制御

    金田昌之

    化学工学会 化学工学   85 ( 10 )   2021.10

  • Effect of magnetic field on natural convection inside a partially-heated vertical duct: Experimental study

    Masayuki Kaneda, Kensuke Nazato, Hiroaki Fujiwara, Kengo Wada, Kazuhiko Suga

    International Journal of Heat and Mass Transfer   132   1231 - 1238   2019.04( ISSN:0017-9310

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    Publishing type:Book review, literature introduction, etc.  

    © 2018 Elsevier Ltd We experimentally study the effect of the magnetic force from one or more block magnets on natural convection of paramagnetic liquid inside a partially-heated duct. The permanent magnet(s) is/are placed partially/fully behind the heated wall. For a single magnet, the local heat transfer coefficient is suppressed near the bottom edge of the magnet and enhanced near the top edge if the magnet edge is behind the heated wall. This effect depends on the elevation of the magnet relative to the heated wall. Using two block magnets with alternating magnetic poles enhances the force and corresponding effect at their junction because of an increase in magnetic flux density.

    DOI: 10.1016/j.ijheatmasstransfer.2018.12.056

Presentations

  • テーラー・クエット乱流の初期攪乱依存性 Domestic conference

    天野由視,武田滉平,桑田祐丞,金田昌之,須賀一彦

    第36回数値流体力学シンポジウム  2022.12  日本流体力学会

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    Presentation type:Oral presentation (general)  

    Venue:オンライン  

  • Numerical investigation of the transonic nonideal gas flow around a circular cylinder at high Reynolds number International conference

    DELS13  2022.10  ERCOFTAC

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    Presentation type:Oral presentation (general)  

    Venue:Udine, Italy  

  • 温度成層状態を磁気力により解消するための磁場分布の最適化 Domestic conference

    吉村 駿哉, 金田 昌之, 須賀 一彦

    熱工学コンファレンス2022  2022.10  日本機械学会

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    Presentation type:Oral presentation (general)  

    Venue:東京  

  • 溝付きテイラークエット流れにおける乱流熱伝達の直接数値解析 Domestic conference

    武田 滉平, 桑田 祐丞, 金田 昌之, 須賀 一彦

    熱工学コンファレンス2022  2022.10  日本機械学会

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    Presentation type:Oral presentation (general)  

    Venue:東京  

  • 溝付きテイラー・クエット流れの乱流数値解析 Domestic conference

    岡田佳久,武田滉平,桑田祐丞,金田昌之,須賀一彦

    日本流体力学会年会2022  2022.09  日本流体力学会

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    Presentation type:Oral presentation (general)  

    Venue:京都  

  • 格子ボルツマン法による溝付きテイラー・クエット流れの直接数値解析 Domestic conference

    武田滉平,岡田佳久,金田昌之,須賀一彦

    日本機械学会2022年度年次大会  2022.09  日本機械学会

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    Presentation type:Poster presentation  

    Venue:富山  

  • 液体を流下した水平角柱群の 濡れ面積に及ぼす液温ならびに角柱構造の影響 Domestic conference

    李澤林,金田昌之,須賀一彦

    日本混相流学会混相流シンポジウム2022  2022.08  日本混相流学会

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    Presentation type:Oral presentation (general)  

    Venue:オンライン  

  • 濡れ性境界条件を有する Phase-field LBMへのAMR法の実装 Domestic conference

    宮﨑巽也,杉本真,金田昌之,須賀一彦

    第27回計算工学講演会  2022.06  日本計算工学会

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    Presentation type:Oral presentation (general)  

    Venue:秋田  

  • ハルバッハ配列磁場による常磁性流体の対流誘起 Domestic conference

    吉村駿哉,金田昌之,須賀一彦

    第59回 日本伝熱シンポジウム  2022.05  日本伝熱学会

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    Presentation type:Oral presentation (general)  

    Venue:岐阜  

  • Convection control of paramagnetic fluid by an external magnetic field Invited International conference

    International Chemical Engineering Symposia 2022  2022.03 

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    Presentation type:Oral presentation (invited, special)  

  • 外部印加磁場による熱流動制御 Invited Domestic conference

    金田昌之,須賀一彦

    日本機械学会関西支部第97期第二回専門部会  2022.02  日本機械学会関西支部

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    Presentation type:Oral presentation (general)  

    Venue:オンライン  

  • 簡素化自動車用ステータコイル構造における 冷却液挙動シミュレーション Domestic conference

    杉本真,宮﨑巽也,李澤林,金田昌之,須賀一彦

    第 35 回数値流体力学シンポジウム  2021.12 

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    Presentation type:Poster presentation  

  • 簡易コイル構造内の冷却液分布の可視化 Domestic conference

    金田昌之

    令和3年度中性子イメージング専門研究会  2021.12 

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    Presentation type:Poster presentation  

  • Numerical simulation of the behavior of liquid flowing onto horizontal rectangular pillar arrays

    Makoto Sugimoto, Tatsuya Miyazaki, Zelin Li, Masayuki Kaneda, Kazuhiko Suga

    APS DFD  2021.11 

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    Presentation type:Poster presentation  

  • Magnetothermal Convection Induced by External Magnetic Field on Thermally-stratified Fluid Layer International conference

    M. Kaneda, K. Suga

    ASCHT2021  2021.09 

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    Presentation type:Poster presentation  

  • 水平角柱群に流下した冷却液挙動に関する数値解析 Domestic conference

    宮﨑巽也,杉本真,金田昌之,須賀一彦

    混相流シンポジウム2021  2021.08 

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    Presentation type:Poster presentation  

  • Lattice Boltzmann simulation of liquid falling on horizontal rectangular pillar arrays International conference

    M. Sugimoto, T. Miyazaki, Z. Li, M. Kaneda, K. Suga

    ICCHMT  2021.05 

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    Presentation type:Poster presentation  

  • 温度成層状態の常磁性流体への印加磁場分布と対流誘起効果 Domestic conference

    金田昌之,和田賢伍,須賀一彦

    第58回日本伝熱シンポジウム  2021.05  日本伝熱学会

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    Presentation type:Poster presentation  

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Grant-in-Aid for Scientific Research

  • 局所磁気力が誘起する広範な自然対流伝熱促進

    Grant-in-Aid for Scientific Research(C)  2024

Original item・Special report (Research Activity)

  • 2022

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    Original item:JHPCN 学際大規模情報基盤共同利用採択

  • 2022

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    Original item:京都大学複合原子力科学研究所共同利用採択

  • 2021

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    Original item:JHPCN 学際大規模情報基盤共同利用採択

  • 2020

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    Original item:JHPCN 学際大規模情報基盤共同利用採択

  • 2019

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    Original item:JHPCN 学際大規模情報基盤共同利用採択

  • 2018

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    Original item:JHPCN 学際大規模情報基盤共同利用採択

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Charge of on-campus class subject

  • 機械基礎実験

    2024   Weekly class   Undergraduate

  • 機械設計演習

    2024   Weekly class   Undergraduate

  • 機械工学概論

    2024   Weekly class   Undergraduate

  • Introduction to Mechanical, Aerospace and Marine-System EngineeringI

    2021    

  • Laboratory in Mechanical Engineering II

    2021   Practical Training  

  • Laboratory in Mechanical Engineering I

    2021   Practical Training  

  • Exercises in Mechanical Engineering II

    2021    

  • Exercises in Mechanical Engineering I

    2021    

  • Energy Conversion

    2021    

  • First Year Seminar

    2021    

  • Energy Conversion, Advanced

    2021    

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Charge of off-campus class subject

  • エネルギー工学I

    2021.10
    -
    2022.03
    Institution:Akashi National College of Technology

  • エネルギー工学I

    2020.10
    -
    2021.03
    Institution:Akashi National College of Technology

  • エネルギー工学I

    2019.10
    -
    2020.03
    Institution:Akashi National College of Technology

Number of instructed thesis, researches

  • 2022

    Number of instructed the graduation thesis:

    [Number of master's thesis reviews] (vice-chief):2

Foreigner acceptance

  • 2022

    International Students :1