Faculty - YONEMURA Shigeru |

（Last updated : 2024-11-20 17:00:15）

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YONEMURA Shigeru

Department / Course

工学部機械工学科

大学院工学研究科機械工学専攻

Job 教授

学歴
1993/04～1996/03	Doctoral Program (2nd Semester) 産業機械工学専攻 Graduate School, Division of Engineering Osaka University Finished Fluid engineering Doctor of Engineering
1991/04～1993/03	Master Graduate School, Division of Engineering Osaka University Finished Fluid engineering Master of Engineering
1987/04～1991/03	産業機械工学科 Faculty of Engineering Osaka University Fluid engineering Bachelor of Engineering

職歴
2022/04 ～	Professor Chubu University Department of Mechanical Engineering, College of Engineering
2020/12 ～ 2022/03	Associate Professor National Institute of Technology, Ube College Department of Mechanical Engineering
2007/04 ～ 2020/11	Associate Professor Tohoku University Institute of Fluid Science
2005/12 ～ 2007/03	Associate Professor Tohoku University Institute of Fluid Science
2002/07 ～ 2005/11	Lecturer Tohoku University Institute of Fluid Science
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所属学会
2014/08 ～	The Japan Society of Fluid Mechanics (JSFM)
2005/11 ～	The Japanese Society for Multiphase Flow (JSMF)
1991/01 ～	The Japan Society of Mechanical Engineers (JSME)

現在の専門分野
Rarefied Gas Dynamics, Molecular Gas Dynamics, Multiphase Flow, Fluid Mechanics, Physics of Plasmas keyword(DSMC Method,Multiphase Flow,Gas-Solid Flow,Particle Cluster,Particle-in-Cell (PIC) Simulation,X-Ray Laser,Processing Plasmas,Rarefied Gas Flow,Micro/Nano Scale Gas Flow)

著書・論文歴
Books	Chapter 3, Particle Modeling of High Knudsen Number Flows and Plasmas (Sole-authored) 2008/03
Papers	Numerical Investigation of Pressure Distribution in a Microchannel by the DSMC method Proceedings of the Twentieth International Symposium on Advanced Fluid Information,pp.165-166 2020/11
Papers	Self-propulsion of an Object Placed Close to Heated Substrate with Surface Microstructure Proceedings of the Seventeenth International Conference of Flow Dynamics,pp.345-346 2020/11
Papers	A Study on the Tangential Knudsen Force Induced by Different Surface Microstructures 日本流体力学会年会2020講演論文集,pp.274 2020/09
Papers	Effect of Different Surface Microstructures on the Tangential Knudsen Force 日本機械学会2020年度年次大会講演論文集,pp.J05214 2020/09
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学会発表
2019/11/08	A Numerical Study on the Behaviour of a Sublimating Leidenfrost Solid on Micro-ratchets (Sixteenth International Conference on Flow Dynamics (ICFD2019))
2019/11/07	Numerical Investigation of Rarefied Gas Flow in Microchannel by the DSMC (Nineteenth International Symposium on Advanced Fluid Information (AFI2019))
2019/11/07	Rarefied Gas Simulations Using Quasiparticle Pairs and Exact Solution (Nineteenth International Symposium on Advanced Fluid Information (AFI2019))
2019/10/12	A Study on Self-Propulsion of Leidenfrost Objects on Ratchet Surface (日本機械学会熱工学コンファレンス2019)
2019/09/13	ラチェット表面近傍に置かれた加熱ビームの振る舞いに関する研究 (日本流体力学会年会2019)
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研究課題・受託研究・科研費
1998/04 ～	Numerical Analysis of Processing Plasmas by Using Particle Model
1997/04 ～	Numerical Analysis of Ultrahigh Density Plasma Sources for X-Ray Laser Systems
1996/04 ～	Collision Modeling among Ions, Electrons, and Atoms for Particle Simulation
1990/04 ～	Research for Cluster Formation in Gas Solid Flow

受賞学術賞
2017/05	Advances in Engineering Key Scientific Article in Nanotechnology Engineering (A study on pressure-driven gas transport in porous media: from nanoscale to microscale)
2001/12/12	青葉工学振興会第七回研究奨励賞 (再結合励起型X線レーザ発生源である超高密度プラズマの冷却に関する研究)
2001/04/05	日本機械学会日本機械学会奨励賞(研究) (X線レーザ発生源である超高密度再結合プラズマの冷却に関する研究)

社会における活動
2014/09/19	みやぎ県民大学大学開放講座「流れを科学する」
2014/09/12	Controlling Levitating Disks With Nanoscale Textures
2012/09/14	みやぎ県民大学大学開放講座「流れを科学する」
2010/09/10	みやぎ県民大学大学開放講座「流れを科学する」
2008/09/26	みやぎ県民大学大学開放講座「流れを科学する」
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委員会・協会等
2003/04 ～ 2004/03	日本機械学会日本機械学会誌トピックス委員
2003/04 ～ 2004/03	日本機械学会流体工学部門技術委員会講演会WG 委員

researchmapその他
2015/04 ～ 2015/04	Numerical study on gas lubrication of a textured surface in micro/nanoscale Numerical simulations and theoretical analyses are performed in order to understand gas lubrication of a textured surface in micro/nanoscale and to design the optimal surface structure in order to improve its tribological performance.
2015/04 ～ 2015/04	Development of Conservative Kinetic Force Method We will improve the numerical scheme and the theory for Kinetic Force Method which is expected to be a new method for numerical solution of the Boltzmann equation based on a new two-particle kinetic equation.
2014/04 ～ 2014/04	Numerical study of thermal and chemical non-equilibrium effects in near-continuum hypersonic flows The main challenge of the project is a numerical investigation of thermal and chemical non-equilibrium effects in near-continuum hypersonic flows for conditions when both continuum and kinetic descriptions of the flow can be used.
2014/04 ～ 2014/04	数値流体力学と分子気体力学的手法のカップリングによる液面－液滴非合体現象の解明数値流体力学と分子気体力学的手法のカップリングによる液面－液滴非合体現象の解明
2012/04 ～ 2012/04	Improvement of Numerical Scheme and Theory for Kinetic Force Method ボルツマン方程式の新解法を開発する。
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外部研究者ID
ORCID ID
0000-0002-8631-3141
Researcher ID
X-9128-2019