Details of the Researcher

PHOTO

Makoto Sugimoto
Section
Graduate School of Engineering
Job title
Assistant Professor
Degree

  • B.Eng. (Osaka Prefecture University)

  • M.Eng. (Osaka Prefecture University)

  • Ph.D. (Osaka Prefecture University)

e-Rad No.
60966852
Researcher ID
NFH-3159-2025

Research History 2

  • 2022/04 - Present
    Tohoku University　Graduate School of Engineering Department of Mechanical Systems Engineering　Assistant Professor

  • 2021/04 - 2022/03
    Japan Society for the Promotion of Science　Research Fellowship for Young Scientists (DC2)

Education 3

  • Osaka Prefecture University　Graduate School of Engineering　Division of Mechanical Engineering

    2019/04 - 2022/03

  • Osaka Prefecture University　Graduate School of Engineering　Division of Mechanical Engineering

    2017/04 - 2019/03

  • Osaka Prefecture University　College of Engineering　School of Mechanical, Aerospace and Marine-System Engineering

    2013/04 - 2017/03

Committee Memberships 4

  • 22nd International Conference on Flow Dynamics (ICFD2025)　Session Organizer

    2025 - 2025

  • 21st International Conference on Flow Dynamics (ICFD2024)　Session Organizer

    2024 - 2024

  • 日本流体力学会 年会2024 実行委員

    2024 - 2024

  • GEC/ICRP Local Organizing Committee Member

    2022 - 2022

Professional Memberships 4

  • The Japan Society of Applied Physics

    2025/06 - Present

  • The Heat Transfer Society of Japan

    2020/09 - Present

  • The Japan Society of Mechanical Engineers

    2016/10 - Present

  • American Physical Society

    2021/06 - 2022/05

Research Interests 5

  • evaporation

  • phase-field model

  • lattice Boltzmann method

  • porous media

  • gas-liquid two-phase flow

Research Areas 1

  • Manufacturing technology (mechanical, electrical/electronic, chemical engineering) / Fluid engineering /

Awards 6

  1. 溶接アーク物理研究賞

    2025/08　一般社団法人 溶接学会 溶接法研究委員会　パルスティグ溶接における長い突出し陰極表面での渦生成メカニズムとシールド域への酸素混入に及ぼすその役割

  2. JSME Young Engineers Award

    2023/04　The Japan Society of Mechanical Engineers　Multiphase Lattice Boltzmann Modeling and Its Application to Flows Around Complex Structures

  3. 第27回計算工学講演会 グラフィクスアワード特別賞（MicroAVS賞）

    2022/06　The Japan Society for Computational Engineering and Science

  4. JSME Kansai Young Engineers Award

    2022/03　The Japan Society of Mechanical Engineers Kansai Branch

  5. 57th National Heat Transfer Symposium of Japan Best Presentation Award

    2020/09　The Heat Transfer Society of Japan

  6. Excellent Poster Presentation Award

    2018/11　The 2nd Joint Symposium on Advanced Mechanical Science & Technology　Numerical simulation of a droplet on a porous wall

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Papers 12

  1. Surface tension modeling in phase-field lattice Boltzmann simulations (Formulations and discretization strategies) Peer-reviewed

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    Journal of Fluid Science and Technology　21　(1)　JFST0005　2026/04

    Publisher: Japan Society of Mechanical Engineers

    DOI： 10.1299/jfst.2026jfst0005 　

    eISSN： 1880-5558

  2. A Compact-Stencil Wetting Boundary Condition for Three-Dimensional Curved Surfaces in a Phase-Field Lattice Boltzmann Method Peer-reviewed

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga, Masaya Shigeta

    Fluids　11　(3)　79　2026/03/14

    DOI： 10.3390/fluids11030079 　

  3. SPH Simulation of Molten-Fluid Flows with a Plastic Surface Skin: A Lava-Flow-Oriented Model Study Peer-reviewed

    Shingo Tomita, Takuma Sato, Satoshi Murakami, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    Applied Sciences　16　(4)　1716　2026/02/09

    DOI： 10.3390/app16041716 　

  4. Nanosized Anisotropic Sm–Fe–N Particles with Metastable TbCu7-Type Structures Prepared by an Induction Thermal Plasma Process Peer-reviewed

    Yusuke Hirayama, Jian Wang, Masaya Shigeta, Shunsuke Tsurumi, Makoto Sugimoto, Zheng Liu, Kenta Takagi, Kimihiro Ozaki

    Nanomaterials　15　(13)　1045　2025/07/05

    Publisher: MDPI AG

    DOI： 10.3390/nano15131045 　

    eISSN： 2079-4991

    More details Close

    TbCu7-type Sm-based compounds can be produced in bulk and potentially surpass Nd2Fe14B as permanent magnets. However, as the processes to prepare anisotropic magnetic particles are limited, the full potential of TbCu7-type Sm-based compounds cannot be exploited. In this study, metastable TbCu7-type phases of anisotropic Sm–Fe–N ultrafine particles were prepared using the low-oxygen induction thermal plasma (LO-ITP) process. X-ray diffraction analysis revealed that the obtained TbCu7-type Sm–Fe alloy nanoparticles exhibited a c/a value of 0.8419, with an Fe/Sm atomic ratio of ~8.5. After nitrogenation, the obtained Sm–Fe–N nanoparticles were aligned under an external magnetic field, indicating that each alloy particle exhibited anisotropic magnetic properties. A substantially high degree of alignment of 91 ± 2% was achieved, quantitatively estimated via pole figure measurements. Numerical analysis following Sm–Fe nanoparticle formation showed that, compared with Fe condensation, Sm condensation persisted even at low temperatures, because of a significant difference in vapor pressure between Sm and Fe. Though this led to a relatively large compositional distribution of Sm within particles with a Sm concentration of 9–12 at%, the preparation of single-phase TbCu7-type Sm–Fe–N particles could be facilitated by optimizing several parameters during the LO-ITP process.

  5. Estimation of transport coefficients for water-air mixtures using the Chapman-Enskog method Peer-reviewed

    Makoto Sugimoto, Yosuke Kishimoto, Honatsu Sorai, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    Proceeding of THMT-25 Turbulence, Heat and Mass Transfer 11, 21-25 July 2025, Tokyo, Japan　1-8　2025

    Publisher: Begellhouse

    DOI： 10.1615/thmt-25.1280 　

  6. SPH Simulation of Molten Metal Flow Modeling Lava Flow Phenomena with Solidification Peer-reviewed

    Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    Dynamics　4　(2)　287-302　2024/04/19

    DOI： 10.3390/dynamics4020017 　

  7. D03-ordered Fe3Al magnetic nanopowders synthesized by low oxygen induction thermal plasma Peer-reviewed

    Jian Wang, Yusuke Hirayama, Zheng Liu, Shunsuke Tsurumi, Masaya Shigeta, Makoto Sugimoto, Joe Yoshikawa, Shoichi Kumon, Kimitaka Sato

    Journal of Alloys and Compounds　976　173277　2024/03

    Publisher: Elsevier BV

    DOI： 10.1016/j.jallcom.2023.173277 　

    ISSN： 0925-8388

  8. Liquid Flow Simulation onto the Horizontal Square Rod Array Peer-reviewed

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

    JAPANESE JOURNAL OF MULTIPHASE FLOW　36　(1)　128-135　2022/03/15

    Publisher: The Japanese Society for Multiphase Flow

    DOI： 10.3811/jjmf.2022.012 　

    ISSN： 0914-2843

    eISSN： 1881-5790

  9. Coolant Wetting Simulation on Simplified Stator Coil Model by the Phase-Field Lattice Boltzmann Method International-journal Peer-reviewed

    Makoto Sugimoto, Tatsuya Miyazaki, Masayuki Kaneda, Kazuhiko Suga

    Entropy　24　(2)　219　2022/01/30

    Publisher: MDPI AG

    DOI： 10.3390/e24020219 　

    eISSN： 1099-4300

    More details Close

    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.

  10. Lattice Boltzmann simulation of liquid falling on horizontal rectangular pillar arrays Peer-reviewed

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

    E3S Web of Conferences　321　01014　2021/11/11

    Publisher: EDP Sciences

    DOI： 10.1051/e3sconf/202132101014 　

    eISSN： 2267-1242

    More details Close

    Stator coils of automobiles in operation generate heat and are cooled by a coolant poured from above. Since the behavior characteristic of the coolant poured on the coils is not clarified yet due to its complexity, the three-dimensional two-phase flow simulation is conducted. In this study, as a steppingstone to the simulation of the liquid falling on the actual coils, the coils are modelled with horizontal rectangular pillar arrays whose governing parameters can be easily changed. The two-phase flows are simulated using the lattice Boltzmann method and the phase-field model, and the effects of the governing parameters, such as the physical properties of the cooling liquid, the wettability, and the gap between the pillars, on the wetting area are investigated. The results show that the oil tends to spread across the pillars because of its high viscosity. Moreover, the liquid spreads quickly when the contact angle is small. In the case that the pillars are stacked, the wetting area of the inner pillars is larger than that of the exposed pillars.

  11. Consistent evaporation formulation for the phase-field lattice Boltzmann method International-journal Peer-reviewed

    Makoto Sugimoto, Yuta Sawada, Masayuki Kaneda, Kazuhiko Suga

    Physical Review E　103　(5)　2021/05/18

    Publisher: American Physical Society (APS)

    DOI： 10.1103/physreve.103.053307 　

    ISSN： 2470-0045

    eISSN： 2470-0053

  12. Phase-field lattice Boltzmann simulation of minute droplet onto isotropic porous media Peer-reviewed

    SUGIMOTO Makoto, KANEDA Masayuki, SUGA Kazuhiko

    Transactions of the JSME (in Japanese)　86　(883)　20-00014　2020/03/25

    Publisher: The Japan Society of Mechanical Engineers

    DOI： 10.1299/transjsme.20-00014 　

    More details Close

    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.

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Misc. 1

  1. Phase-fieldモデルに基づく二相系格子ボルツマン法を用いた蒸発現象の数値シミュレーション

    Makoto Sugimoto

    87　(12)　586-586　2023/12

Presentations 100

  1. Comparison of Cu and Sn Enrichment in Particles Generated via Bubble Bursting with and without Plasma Irradiation

    Takahide Gunji, Tsuyohito Ito, Kazuo Terashima, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta, Hitoshi Muneoka

    第73回応用物理学会春季学術講演会　2026/03/17

  2. Effect of Electrostatic Field on Bubble-like Structures Generated by Laser Ablation in Supercritical Carbon Dioxide

    Ryoku Chiba, Makoto Sugimoto, Masaya Shigeta, Hitoshi Muneoka

    日本機械学会 東北支部 第61期総会・講演会　2026/03/16

  3. Particle-Based Simulation of the Interlayer Adhesion Process in Vacuum Layered Manufacturing and Molecular Diffusion-Based Evaluation of Interlayer Adhesion

    Kosei Yuki, Takuma Sato, Satoshi Murakami, Shingo Tomita, Makoto Sugimoto, Hisaya Komen, Hitoshi Muneoka, Masaya Shigeta

    日本機械学会 東北支部 第61期総会・講演会　2026/03/16

  4. Time-Dependent Simulation of Electromagnetic-Thermofluid of Arc Plasma Elongation and Reconnection in a Gliding Arc Discharge

    Takumi Yamagishi, Ryotaro Konno, Shunsuke Tanaka, Honatsu Sorai, Joe Yoshikawa, Makoto Sugimoto, Hitoshi Muneoka, Masaya Shigeta

    日本機械学会 東北支部 第61期総会・講演会　2026/03/16

  5. Influence of Plasma Including Nitrogen on Cu and Sn Removal from Molten Pig Iron (2) (Evaluation of the effect of plasma irradiation vs non-irradiation on Cu and Sn enrichment in particles scattered by bubble bursting)

    Takahide Gunji, Tsuyohito Ito, Kazuo Terashima, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta, Hitoshi Muneoka

    日本鉄鋼協会 2026年春季（第191回）講演大会　2026/03/13

  6. Lava Flow Simulation Including Surface Plastic Skin Formation Effect

    Shingo Tomita, Takuma Sato, Satoshi Murakami, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    Taipei Tech & Tohoku University (School of Engineering) 2025 Joint Symposium　2025/11/17

  7. Numerical Simulation of Gas–Liquid Multiphase Evaporation in Porous Media Using Phase-Field Lattice Boltzmann Method

    Yoshinari Ishikawa, Joe Yoshikawa, Makoto Sugimoto, Hitoshi Muneoka, Masaya Shigeta

    Taipei Tech & Tohoku University (School of Engineering) 2025 Joint Symposium　2025/11/17

  8. SPH Simulation of Plasma-Contacted Liquid Flow Including Short-Lived Reactive Species with Chemical Reactions

    Satoshi Murakami, Shingo Tomita, Joe Yoshikawa, Kalyani Barman, Makoto Sugimoto, Shota Sasaki, Hisaya Komen, Hitoshi Muneoka, Toshiro Kaneko, Masaya Shigeta

    Twenty-second International Conference on Flow Dynamics (ICFD2025)　2025/11/10

  9. Scattering Behavior of Cu,Sn-Enriched Droplets from Molten Metal Pool under Nitrogen-Containing Arc Plasma

    Takahide Gunji, Tsuyohito Ito, Kazuo Terashima, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta, Hitoshi Muneoka

    Twenty-second International Conference on Flow Dynamics (ICFD2025)　2025/11/10

  10. Development of Phase-Field Lattice Boltzmann Method for Gas-Liquid Multiphase Evaporation Simulation in Porous Media

    Yoshinari Ishikawa, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    Twenty-second International Conference on Flow Dynamics (ICFD2025)　2025/11/10

  11. Investigation of the Effects of Surface Plastic Skin on Lava Flow Dynamics Using SPH Simulation

    Shingo Tomita, Takuma Sato, Satoshi Murakami, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    Twenty-second International Conference on Flow Dynamics (ICFD2025)　2025/11/10

  12. Elemental Enrichment in Metal Particles Scattered from Molten Iron via Ar-N2 Arc Plasma Irradiation

    Takahide Gunji, Tsuyohito Ito, Kazuo Terashima, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta, Hitoshi Muneoka

    14th Asian-European International Conference on Plasma Surface Engineering (AEPSE2025)　2025/11/05

  13. SPH Simulation of Reactive Flow with Short-Lived Reactive Species from Plasma-Liquid Interface

    Satoshi Murakami, Shingo Tomita, Joe Yoshikawa, Kalyani Barman, Makoto Sugimoto, Shota Sasaki, Hisaya Komen, Hitoshi Muneoka, Toshiro Kaneko, Masaya Shigeta

    14th Asian-European International Conference on Plasma Surface Engineering (AEPSE2025)　2025/11/04

  14. Time-Dependent Simulation of Electromagnetic-Thermo-Fluid Dynamics of Arc Plasma in a Gliding Arc Discharge

    Takumi Yamagishi, Shunsuke Tanaka, Honatsu Sorai, Joe Yoshikawa, Makoto Sugimoto, Hitoshi Muneoka, Masaya Shigeta

    2025年度 スマートプロセス学会 学術講演会　2025/11/05

  15. SPH Simulation of Lava Flow with Plastic Surface Skin

    Shingo Tomita, Takuma Sato, Satoshi Murakami, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    IX International Conference on Particle-Based Methods (PARTICLES 2025)　2025/10/21

  16. Chapman-Enskog-Based Estimation of Transport Coefficients for Water-Air Mixture Systems

    Makoto Sugimoto, Yosuke Kishimoto, Honatsu Sorai, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    2025/09/17

  17. Transport Simulation of Short-Lived Reactive Species in Plasma-Contacted Liquid Phase with Chemical Reactions

    Satoshi Murakami, Shingo Tomita, Joe Yoshikawa, Kalyani Barman, Makoto Sugimoto, Shota Sasaki, Hisaya Komen, Hitoshi Muneoka, Toshiro Kaneko, Masaya Shigeta

    2025/09/17

  18. Splattering of Molten Iron Droplets and Compositional Changes Induced by Nitrogen-Containing Arc Plasma Irradiation

    Takahide Gunji, Tsuyohito Ito, Kazuo Terashima, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta, Hitoshi Muneoka

    2025/09/10

  19. Numerical Simulation of Liquid Column Breakup in Electrostatic Field Using Phase-Field Lattice Boltzmann Method

    Makoto Sugimoto, Kalyani Barman, Shota Sasaki, Toshiro Kaneko, Masaya Shigeta

    2025/09/08

  20. フェーズフィールド格子ボルツマン法による多孔質構造内部への液相浸潤シミュレーション Invited

    杉本 真

    第33回相変化界面研究会　2025/07/28

  21. Estimation of transport coefficients for water-air mixtures using the Chapman-Enskog method

    Makoto Sugimoto, Yosuke Kishimoto, Honatsu Sorai, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    11th International Symposium on Turbulence, Heat and Mass Transfer 2025 (THMT'25)　2025/07/25

  22. Visualization of Thermal Plasma Jet Induced Turbulence Using Spatial-Frequency-Resolved Schlieren Sensor

    Yuito Yamada, Yuki Inada, Makoto Sugimoto, Joe Yoshikawa, Manabu Tanaka, Masaya Shigeta

    26th International Symposium on Plasma Chemistry (ISPC26)　2025/06/17

  23. Transport Properties of Water-Air Mixture System

    Makoto Sugimoto, Yosuke Kishimoto, Honatsu Sorai, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    26th International Symposium on Plasma Chemistry (ISPC26)　2025/06/17

  24. Numerical simulation of lava flow with plastic skin using a particle-based method

    Shingo Tomita, Takuma Sato, Satoshi Murakami, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    Japan Geoscience Union Meeting 2025　2025/05/30

  25. Experimental Investigation of Turbulence Structures around a High-Enthalpy Plasma Jet Using the Spatial-Frequency-Resolved Schlieren Sensor

    Yuito Yamada, Yuki Inada, Makoto Sugimoto, Joe Yoshikawa, Manabu Tanaka, Masaya Shigeta

    2025/05/10

  26. Development of Particle Method Applicable to Fluids with Density Change due to Thermal Expansion

    Takuma Sato, Satoshi Murakami, Shingo Tomita, Makoto Sugimoto, Joe Yoshikawa, Hisaya Komen, Masaya Shigeta

    2025/05/10

  27. Electromagnetic-Thermofluid Simulation of CO2 Arc Welding Using Electrodes with Rare Earth Metal Additives

    Ryotaro Konno, Honatsu Sorai, Makoto Sugimoto, Joe Yoshikawa, Masaya Shigeta

    2025/05/10

  28. Development of Particle Method for Fluid Simulation with Density Change due to Thermal Expansion

    Takuma Sato, Satoshi Murakami, Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    2025/03/07

  29. Electromagnetic-Thermofluid Simulation to Elucidate the Effects of Cathode Rare Earth Metal Additives on CO2 Welding Arc Plasma Field

    Ryotaro Konno, Honatsu Sorai, Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2025/03/07

  30. Experimental Study of Turbulence Structures around a High-Enthalpy Plasma Jet Using the Spatial-Frequency-Resolved Schlieren Sensor

    Yuito Yamada, Yuki Inada, Makoto Sugimoto, Joe Yoshikawa, Manabu Tanaka, Masaya Shigeta

    2025/03/07

  31. Numerical Simulation of Electrically Conductive Gas-Liquid Two-Phase Flow Using Phase-Field Lattice Boltzmann Method

    Makoto Sugimoto, Masaya Shigeta

    Twenty-first International Conference on Flow Dynamics (ICFD2024)　2024/11/18

  32. Numerical Analysis of Fe-Sm Alloy Nanopowder Growth in Thermal Plasma Tail Using Binary Aerosol Model

    Shunsuke Tsurumi, Joe Yoshikawa, Makoto Sugimoto, Jian Wang, Yusuke Hirayama, Masaya Shigeta

    Twenty-first International Conference on Flow Dynamics (ICFD2024)　2024/11/18

  33. Time-Dependent Numerical Simulation of Heat and Mass Transports in Water Plasma Jet with Evaluation of Transport Coefficients of Water-Air Mixture System

    Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    Twenty-first International Conference on Flow Dynamics (ICFD2024)　2024/11/18

  34. SPH Simulation of Toe-like and Levee-like Structure Formation of Lava Flow

    Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    Twenty-first International Conference on Flow Dynamics (ICFD2024)　2024/11/18

  35. Particle Method of Flow Acceleration Caused by Density Decrease Due to Thermal Expansion

    Takuma Sato, Satoshi Murakami, Shingo Tomita, Hisaya Komen, Makoto Sugimoto, Masaya Shigeta

    2024/11/15

  36. Numerical Simulation of Gas-Liquid Two-Phase Electromagnetic Fluid Using Phase-Field Lattice Boltzmann Method

    Makoto Sugimoto, Masaya Shigeta

    JSME 37th Computational Mechanics Division Conference　2024/10/18

  37. Fundamental study of droplet formation process after fragmentation of liquid film impinging on solid column

    Yoshinari Ishikawa, Yasutaka Orita, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2024/09/27

  38. Numerical simulation of air convectional transport in argon arc plasma by an electromagnetic-thermofluid model

    Honatsu Sorai, Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Manabu Tanaka, Masaya Shigeta

    2024/09/26

  39. Simulation of heat mass transports in water plasma-air mixture system with highly-accurate transport properties

    Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    2024/09/26

  40. 蒸発シミュレーションのためのフェーズフィールド格子ボルツマン法の開発 Invited

    杉本 真

    NEDOシミュレーショングループ 令和6年度第3回技術検討会　2024/08/23

  41. パルスティグ溶接における長い突出し陰極表面での渦生成メカニズムとシールド域への酸素混入に及ぼすその役割

    茂田 正哉, 徂徠 帆夏, 岸本 陽介, 吉川 穣, 杉本 真, 古免 久弥, 田中 学

    第266回溶接法研究委員会　2024/08/07

  42. Numerical investigation of electrode splashing phenomena during TIG welding using phase-field lattice Boltzmann method

    Makoto Sugimoto, Masaya Shigeta

    77th IIW Annual Assembly and International Conference on Welding and Joining　2024/07/10

  43. Vortex generated on cathode surface and its role for air entrainment into argon arc plasma in a pulsed TIG welding with long cathode extension

    Masaya Shigeta, Honatsu Sorai, Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Manabu Tanaka

    77th IIW Annual Assembly and International Conference on Welding and Joining　2024/07/10

  44. Particle Method Simulation for Two-Component Multiphase Thermofluid Including Solid-Liquid Phase Change and Liquid-Liquid Density Difference

    Satoshi Murakami, Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2024/05/11

  45. Numerical Simulation of Fragmentation of Liquid Film Impinging on a Solid Cylinder Using Phase-Field Lattice Boltzmann Method

    Yoshinari Ishikawa, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2024/05/11

  46. Time-Dependent Electromagnetic-Thermofluid Simulation of Ambient Gas Entrainment Process into Argon Arc Plasma

    Honatsu Sorai, Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    2024/05/11

  47. Numerical Simulation of Liquid Infiltration into Porous Structure Using Two-Phase Lattice Boltzmann Method Invited

    Makoto Sugimoto

    SCEJ 89th Annual Meeting　2024/03/20

  48. Measurement of Liquid Sheet Thickness and Droplet Diameter Generated at Downstream of Artificially Broken-up Sheet

    Joe Yoshikawa, Yasutaka Orita, Shingo Tomita, Shunsuke Tsurumi, Yosuke Kishimoto, Makoto Sugimoto, Masaya Shigeta

    2024/03/15

  49. Development of a Particle Method for Two-Component Multiphase Thermofluid Simulation Including Solid-Liquid Phase Change and Liquid-Liquid Density Difference

    Satoshi Murakami, Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2024/03/14

  50. Electromagnetic-Thermofluid Simulation of Air Entrainment Process in Unsteady Argon Arc Plasma

    Honatsu Sorai, Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2024/03/14

  51. Numerical Simulation of Liquid Film Fragmentation during Impact on Solid Column Using Two-Phase Lattice Boltzmann Method

    Yoshinari Ishikawa, Joe Yoshikawa, Makoto Sugimoto, Masaya Shigeta

    2024/03/14

  52. フェーズフィールド－格子ボルツマン法によるティグ溶接中の溶融電極飛散現象の数値解析

    Makoto Sugimoto, Masaya Shigeta

    2024/01/30

  53. フェーズフィールド格子ボルツマン法によるマイクロスケール多孔質構造への液相浸潤シミュレーション Invited

    Makoto Sugimoto

    2024/01/25

  54. Lattice Boltzmann Simulation of Electrically Conductive Gas-Liquid Two-Phase Flow

    Makoto Sugimoto, Masaya Shigeta

    JSFM CFD 2023　2023/12/16

  55. Numerical investigation of wettability effects on liquid infiltration into porous media using two-phase lattice Boltzmann method Invited

    Makoto Sugimoto

    The 9th Asian Symposium on Computational Heat Transfer and Fluid Flow (ASCHT2023)　2023/12/05

  56. Three-Dimensional SPH Simulation for Lava Flow Phenomena

    Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    VIII International Conference on Particle-Based Methods (PARTICLES 2023)　2023/10/11

  57. Development of Stable Lattice Boltzmann Two-Phase Heat and Fluid Flow Simulation Method and Its Application to Stator Coil Direct Cooling

    Keita Akune, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2023/08/25

  58. Lattice Boltzmann Simulation of Liquid Infiltration into Microscale Porous Structure

    Makoto Sugimoto, Masayoshi Mizutani, Naoki Takano, Masaya Shigeta

    ASME-JSME-KSME Joint Fluids Engineering Conference 2023 (AJK FED2023)　2023/07/12

  59. Implementation of Adaptive Mesh Refinement on Three-Dimensional Two-Phase Lattice Boltzmann Method and Its Evaluation

    Tatsuya Miyazaki, Masayuki Kaneda, Makoto Sugimoto, Kazuhiko Suga

    2023/06/01

  60. Time-Dependent Numerical Simulation of Heat and Mass Transport in a Water Plasma Jet with Air Entrainment

    Yosuke Kishimoto, Makoto Sugimoto, Masaya Shigeta, Manabu Tanaka, Takayuki Watanabe

    25th International Symposium on Plasma Chemistry (ISPC25)　2023/05/23

  61. Numerical Study of the Collective Formation Process of Fe-Al Alloy Nanoparticles in Thermal Plasma Tail Using Multi-Component Co-condensation Model

    Shunsuke Tsurumi, Makoto Sugimoto, Masaya Shigeta, Jian Wang, Yusuke Hirayama

    25th International Symposium on Plasma Chemistry (ISPC25)　2023/05/22

  62. Time-Dependent Numerical Simulation of Water Plasma Jet with Entrainment of Surrounding Air

    Yosuke Kishimoto, Joe Yoshikawa, Makoto Sugimoto, Manabu Tanaka, Takayuki Watanabe, Masaya Shigeta

    2023/05/13

  63. Numerical Simulation of Lava Modeled by Molten Metal Flowing Down on Tilted Surface Using a Particle Method

    Shingo Tomita, Joe Yoshikawa, Makoto Sugimoto, Hisaya Komen, Masaya Shigeta

    2023/05/13

  64. Numerical Study of Collective Growth Process of Alloy Nanoparticles in Downstream Region of Thermal Plasma

    Shunsuke Tsurumi, Joe Yoshikawa, Makoto Sugimoto, Yusuke Hirayama, Masaya Shigeta

    2023/05/13

  65. Wetting Characterization of the Liquid Poured onto the Square Rod Array

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

    International Conference on Multiphase Flow (ICMF 2023)　2023/04/03

  66. Surface Tension Model and Difference Scheme for Phase Field Model

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2023/03/17

  67. Numerical Simulation of Lava Flow Phenomena Using a Particle Method

    Shingo Tomita, Makoto Sugimoto, Masaya Shigeta

    2023/03/07

  68. Numerical Study of Collective Growth Process of Alloy Nanoparticles in a Radio-Frequency Induction Thermal Plasma Tail

    Shunsuke Tsurumi, Makoto Sugimoto, Masaya Shigeta

    2023/03/07

  69. Time-Dependent Numerical Simulation of Water Plasma Jet with Air Entrainment

    Yosuke Kishimoto, Makoto Sugimoto, Masaya Shigeta

    2023/03/07

  70. Numerical Simulation of Transport and Phase Change Processes of Metal Powder Particles in Radio-Frequency Induction Thermal Plasma Flow

    Yasutaka Orita, Makoto Sugimoto, Masaya Shigeta

    2022/11/15

  71. 3D SPH Simulation for Molten Metal Flow with Phase Change on Tilted Surface

    Shingo Tomita, Makoto Sugimoto, Masaya Shigeta

    2022/11/15

  72. Numerical Study of Binary Alloy Nanopowder Formation Process in Downstream Region of Thermal Plasma

    Shunsuke Tsurumi, Makoto Sugimoto, Masaya Shigeta

    2022/11/15

  73. Numerical Simulation of Air Entrainment Process of Water Thermal Plasma Jet

    Yosuke Kishimoto, Makoto Sugimoto, Masaya Shigeta

    2022/11/15

  74. Multiphase lattice Boltzmann modeling and its application to flows around complex structures Invited

    Makoto Sugimoto

    2022/08/12

  75. Development of Thermal Lattice Boltzmann Method in Transforming Liquid

    Makoto Sugimoto, Kengo Toyama, Tatsuya Miyazaki, Masayuki Kaneda, Kazuhiko Suga, Masaya Shigeta

    The 5th International Union of Materials Research Societies International Conference of Young Researchers on Advanced Materials (IUMRS-ICYRAM2022)　2022/08/04

  76. Implementation of AMR method for phase-field LBM with wettability wall

    Tatsuya Miyazaki, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2022/06/03

  77. Liquid Infiltration Simulation onto Horizontal Square Rod Array by the Two-Phase Lattice Boltzmann Method

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

    2022/03/16

  78. Coolant behavior simulation on simplified automobile stator coil

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

    JSFM CFD 2021　2021/12/15

  79. Two-phase flow simulation of the coolant onto simplified stator coil structure

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

    74th Annual Meeting of the APS Division of Fluid Dynamics　2021/11/23

  80. Coolant flow simulation onto the horizontal square rod array

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

    2021/08/22

  81. Lattice Boltzmann simulation of liquid falling on horizontal rectangular pillar arrays

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

    13th International Conference on Computational Heat Mass and Momentum Transfer (ICCHMT2021)　2021/05/18

  82. Development of Two-Phase Lattice Boltzmann Method with Improved Evaporation Model

    Makoto Sugimoto, Yuta Sawada, Masayuki Kaneda, Kazuhiko Suga

    2021/03/18

  83. 水平角柱群に流下した液体挙動の数値解析

    Tatsuya Miyazaki, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2021/03/16

  84. Implementation of evaporation model into phase-field LBM

    Makoto Sugimoto

    2020/09/28

  85. Development of two-phase lattice Boltzmann method based on the conservative Allen-Cahn equation considering the evaporation

    Makoto Sugimoto, Yuta Sawada, Masayuki Kaneda, Kazuhiko Suga

    JSFM Annual Meeting 2020　2020/09/19

  86. Phase-field lattice Boltzmann simulation for wetting phenomena in low capillary number

    Makoto Sugimoto, Taketsugu Okada, Masayuki Kaneda, Kazuhiko Suga

    SWEP Workshop 2020　2020/06/05

  87. Implementation of evaporation model into phase-field LBM

    Yuta Sawada, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    57th National Heat Transfer Symposium of Japan　2020/06/04

  88. Improvement of Three-Dimensional Curved Wetting Boundary Condition on Two-Phase LBM

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2020/03/12

  89. 二相系格子ボルツマン法における動的濡れモデルの実装

    Taketsugu Okada, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2020/03/10

  90. Development of Two-Phase Lattice Boltzmann Method on Smoothed Surfaces

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    The 2nd Pacific Rim Thermal Engineering Conference (PRTEC2019)　2019/12/17

  91. PHASE-FIELD LATTICE BOLTZMANN METHOD FOR HIGH DENSITY RATIO

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    The 7th Asian Symposium on Computational Heat Transfer and Fluid Flow (ASCHT2019)　2019/09/05

  92. Numerical Simulation of a Droplet on a Porous Medium by the LBM

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2019/03/11

  93. Pressure evolution lattice Boltzmann simulation for droplet behavior on porous media

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    JSFM CFD 2018　2018/12/13

  94. Numerical simulation of a droplet on a porous wall

    Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    The 2nd Joint Symposium on Advanced Mechanical Science & Technology　2018/11/28

  95. Numerical simulation of a droplet on a flat plate by the pressure evolution LBM

    Makoto Sugimoto, Tatsuya Higa, Masayuki Kaneda, Kazuhiko Suga

    JSME 31st Computational Mechanics Division Conference　2018/11/24

  96. Numerical simulation of droplet on porous media by the conservative Allen-Cahn based phase-field LBM

    Makoto Sugimoto, Tatsuya Higa, Masayuki Kaneda, Kazuhiko Suga

    The 29th International Symposium on Transport Phenomena (ISTP29)　2018/11/01

  97. 液滴解析における圧力発展LBMの評価

    Tatsuya Higa, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    2018/03/10

  98. Droplet behavior on and into the porous media by phase-field LBM

    Yosuke Ono, Makoto Sugimoto, Masayuki Kaneda, Kazuhiko Suga

    JSME 30th Computational Mechanics Division Conference　2017/09/17

  99. Evaluation of wetting boundary condition for two-phase LBM

    Makoto Sugimoto, Yosuke Ono, Masayuki Kaneda, Kazuhiko Suga

    2017/03/11

  100. Evaluation of wetting boundary condition for phase-field lattice Boltzmann method

    Makoto Sugimoto, Yosuke Ono, Masayuki Kaneda, Kazuhiko Suga

    JSFM CFD 2016　2016/12/13

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Research Projects 7

  1. 気液混相電磁流体シミュレーションによるプラズマと気液界面挙動の相互作用の解明

    杉本 真

    Offer Organization: 日本学術振興会

    System: 科学研究費助成事業

    Category: 若手研究

    Institution: 東北大学

    2025/04/01 - 2027/03/31

  2. Innovative technology for controlled synthesis of reactive species by elucidating spatio-temporal dynamics of plasma gas-liquid interfacial reactions

    Offer Organization: Japan Society for the Promotion of Science

    System: Grants-in-Aid for Scientific Research

    Category: Grant-in-Aid for Scientific Research (S)

    Institution: Tohoku University

    2022/04 - 2027/03

  3. 気孔欠陥抑制に向けた溶融池内への気泡侵入および気泡の輸送・排出プロセスの数値解析的研究

    杉本 真

    Offer Organization: 日本溶接協会

    System: 日本溶接協会奨学寄付金

    Category: 2025年度次世代を担う研究者助成事業

    Institution: 東北大学

    2025/04 - 2026/03

  4. 複雑構造周りにおける成膜現象への接触角ヒステリシスの影響の解明

    杉本 真

    Offer Organization: 日本学術振興会

    System: 科学研究費助成事業

    Category: 若手研究

    Institution: 東北大学

    2023/04 - 2025/03

  5. 欠陥レスな金属粉末製造を目指した液膜微粒化手法の確立

    杉本 真, 茂田 正哉

    Offer Organization: 宮城県産業技術総合センター

    System: 令和6年度KCみやぎ産学共同研究会企画運営業務

    Category: トライアル型

    Institution: 東北大学

    2024/06 - 2025/02

  6. 複雑構造周りにおける液滴蒸発後の溶質膜形状制御因子の解明

    杉本 真

    Offer Organization: 日本学術振興会

    System: 科学研究費助成事業

    Category: 研究活動スタート支援

    Institution: 東北大学

    2022/08 - 2024/03

    More details Close

    本研究の目的は，1)固気液三相の温度場，気相中の溶媒濃度場，液相中の溶質濃度場，および液相の蒸発の全てを同時に解析可能な，汎用的気液混相流解析ツールの開発，2)開発した手法を用いた複雑構造周りにおける液滴蒸発後に形成される三次元溶質膜形状の制御因子の解明の二点である．2022年度には目的1)のうち，界面の大変形を伴い，かつ気液間の熱容量比が大きい気液二相流現象を取り扱うことが可能な，気液二相熱流動シミュレーション手法の開発を行った．本研究では，複雑構造周りにおける界面の大変形の計算に適した二相系格子ボルツマン法をベースとして手法開発を行った．開発した手法の計算精度を検証するために，周囲の気体と等速で運動する液滴のシミュレーションを行った．このとき，気液の密度比が大きい場合には，界面周りの速度場に大きな誤差が生じ，加えて熱容量比が大きい場合には，液滴周りで非物理的な温度分布を示すことがわかった．この問題は計算スキームがガリレイ不変性を満足していないことに起因すると考え，高次精度でガリレイ不変性を満足するキュムラント格子ボルツマン法を実装することで，問題の解決を図った．これにより，液滴周りの非物理的な温度分布の発生を抑制することができた．また，表面張力を考慮した計算では，表面張力の計算誤差に起因して，気液界面周りの速度誤差も大きくなった．そこで，従来手法において用いられる複数の表面張力モデルについて，計算精度の評価を行い，生じる速度誤差の小さい表面張力モデルならびに差分スキームの提案を行った．

  7. 複雑界面における蒸発液滴の包括的移動現象解析ツールの開発

    杉本 真

    Offer Organization: 日本学術振興会

    System: 科学研究費助成事業

    Category: 特別研究員奨励費

    Institution: 大阪府立大学

    2021/04 - 2023/03

    More details Close

    本研究では複雑流路内の気液二相流解析に適した手法である二相系格子ボルツマン法に対して，蒸発の影響を実装した．蒸発現象を解析可能な二相系格子ボルツマン法を開発した例は過去に報告されているが，従来手法では液相の蒸発速度を過剰に見積もる問題が報告されていた．本研究では，この問題の原因が格子ボルツマン法の時間発展方程式に含まれる誤差項にあると考え，誤差項を打ち消すための項を付加することでこの問題を解決した．加えて，相の移流拡散方程式として二階の偏微分方程式である保存形Allen-Cahn方程式を用いることで，従来手法で用いられるCahn-Hilliard方程式（四階偏微分方程式）を解くよりも低コストかつ安定的に高密度比解析が可能となった．また，本手法を平板上三次元蒸発液滴に適用し，親液性表面において液滴の接触線付近の蒸発速度が高くなる現象を再現することができた．以上の結果をPhysical Review Eに発表した． 次に，温度場の影響を実装した二相系格子ボルツマン法の開発に着手した．しかしながら気液界面が変形・移動する解析において，界面付近で非物理的な温度分布が現れることがわかった．そこで本研究では温度分布を考慮した二相流解析の足掛かりとして，液相粘度の異なる複数の等温場解析を行うことで，温度場が液の濡れ広がりに及ぼす影響を疑似的に調査した．解析対象として水平角柱群への液の流下現象を選択し，液相粘度と角柱間隔が角柱表面の濡れ面積に及ぼす影響について調査した．その結果，レイノルズ数の平方根と角柱間隔の積を用いて濡れ面積を整理することで，統一的な傾向を見出すことができた．単層の角柱群の結果を混相流シンポジウムにて発表し，混相流学会誌「混相流」の精選論文特集号に選ばれた．また複層の角柱群の結果をICCHMTにて発表し，EntropyのSelected paperとして発表した．

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Teaching Experience 2

  1. 機械知能・航空実験II　東北大学

  2. 機械知能・航空実験I　東北大学