
Nobuatsu TANAKAProfessor
■Researcher basic information
Organization
- College of Engineering Department of Mechanical Systems Engineering
- Graduate School of Science and Engineering(Master's Program) Major in Mechanical Systems Engineering
- Graduate School of Science and Engineerin(Doctoral Program) Major in Complex Systems Science
- Faculty of Applied Science and Engineering Domain of Mechanical Systems Engineering
Research Areas
- Energy, Nuclear engineering, Nuclear Power Science
- Manufacturing technology (mechanical, electrical/electronic, chemical engineering), Fluid engineering, Fluid Mechanics
- Environmental science/Agricultural science, Environmental impact assessment, Environmental Influence Accessment (including Radiobiology)
- Informatics, Information theory, Computer Science
Educational Background
Member History
- Apr. 2021 - Present, 原子力発電所安全確保技術検討会専門委員, 福島県
- Apr. 2021 - Present, 労働者安全衛生対策部会専門委員, 福島県
- Apr. 2021 - Present, 環境モニタリング評価部会専門員, 福島県
- Apr. 2018 - Present, 廃炉安全監視協議会専門委員, 福島県
- Jan. 2022 - Mar. 2022, 軽水炉の事故時熱流動調査専門部会, 国立研究開発法人 日本原子力研究開発機構
- May 2016 - Apr. 2017, 関東支部 運営会, 日本機械学会
- Apr. 2016 - Mar. 2017, 技術評価検討会 委員, 原子力規制委員会 原子力規制庁
- Apr. 2016 - Mar. 2017, ブロック長, 日本機械学会 関東支部 日本機械学会 関東支部
- Apr. 2015 - Mar. 2017, 商議員, 日本機械学会 関東支部 日本機械学会 関東支部
- May 2015 - Mar. 2016, 原子力研修委員会, 日本原子力研究開発機構
- Apr. 2015 - Mar. 2016, 評議員, 日本混相流学会
- Apr. 2015 - Mar. 2016, 研究開発推進委員会, 千葉県産業振興センター
- Apr. 2015 - Mar. 2016, 技術評価検討会 委員, 原子力規制委員会 原子力規制庁
- Mar. 2015 - Feb. 2016, 技術評価検討会, 原子力規制委員会 原子力規制庁
- 2015 - 2016, 商議員, 日本機械学会
- May 2014 - Mar. 2015, 原子力研修委員会, 日本原子力研究開発機構
- Apr. 2014 - Mar. 2015, 技術評価検討会 委員, 原子力規制委員会 原子力規制庁
- Apr. 2014, 代表会員, 日本計算工学会
- 2012 - 2013, 評議員, 日本計算工学会
- Apr. 2010 - Mar. 2011, 評議員, 日本混相流学会
External link
Message from Researchers
(Message from Researchers)
(研究経歴)
(1) 原子炉伝熱流動数値解析
(2) 環境数値解析
■Research activity information
Award
Paper
- Simplified Approach to Evaluate Cavitation Intensity Based on Time Information on Imposed Pressure in Liquid
Hiroyuki Kawashima; Hiroyuki Kogawa; Masatoshi Futakawa; Nobuatsu Tanaka, Last, Cavitation damage is an important research topic in fluid–structure interactions, such as those being studied using the mercury target for the pulsed neutron source at the Materials Life Science Experimental Facility/Japan Proton Accelerator Complex. Hence, the estimation of cavitation damage (cavitation intensity) is required from the perspective of structural integrity. The results of previous studies suggest that the maximum radii of cavitation bubbles immediately prior to collapse are related to cavitation intensity. Therefore, we propose a method for estimating the maximum radius from the time information by measuring the vibrations of structure walls that are induced by collapsing cavitation bubbles in a confined liquid. In this study, we used a magnetic impact testing machine to experimentally investigate the cavitation bubble dynamics, directly observe the bubble collapsing behavior, and measure the induced vibration. We experimentally confirmed that the time information is useful in the estimation of the maximum radii of bubbles. Moreover, we theoretically derived a simple evaluation formula to estimate the maximum radius from the time responses of the imposed pressure in a confined liquid in a structure., MDPI AG
Fluids, 06 Dec. 2024, [Reviewed] - Effect of multiple-gas-bubbles interaction on the inception of cavitation phenomena
Shin Ishizaki; Hiroyuki Kawashima; Hiroyuki Kogawa; Masatoshi Futakawa; Nobuatsu Tanaka, Corresponding
International Workshop on Advanced Experimental Mechanics for Students and Young Researchers 2024, Nov. 2024, [Reviewed] - Study on Correlation between Pressure Time-response and Cavitation Damage
Yusuke NAKAZONO; Hiroyuki KAWASHIMA; Hiroyuki KOGAWA; Nobuatsu TANAKA; and Masatoshi FUTAKAWA, Corresponding, Japanese Society for Experimental Mechanics
International Workshop on Advanced Experimental Mechanics for Students and Young Researchers 2023 (IWAEM’23), Nov. 2023, [Reviewed] - Study on impact damage caused by cavitation bubble collapse
Hiroyuki Kawashima; Hiroyuki Kogawa; Nobuatsu Tanaka and Masatoshi Futakawa, Corresponding
Advanced Technology in Experimental Mechanics and International DIC Society Joint Conference 2023 (ATEM-iDICs '23), Oct. 2023, [Reviewed] - Study on damage evaluation using cavitation-bubble collapsing time
Hiroyuki Kawashima; Hiroyuki Kogawa; Masatoshi Futakawa; Nobuatsu Tanaka; ChiekoKuji; Hitoshi Soyama, Corresponding
International Conference on Multiphase Flow, Apr. 2023, [Reviewed] - Spattering Behavior Induced by Cavitation Bubble Collapsing Nearby Gas-Liquid Interface
Kawashima; H.; Kurosawa; T.; Teshigawara; M.; Naoe; T.; Tanaka; N.; Futakawa; M.; Kogawa; H., Corresponding
Advanced Experimental Mechanics, Aug. 2022, [Reviewed] - Experimental and Numerical Observation On Spattering Behavior Induced by Cavitation Bubble Collapsing Nearby Gas-liquid Interface
Hiroyuki KAWASHIMA; Takuma KUROSAWA; Makoto TESHIGAWARA; Takashi NAOE; Nobuatsu TANAKA and Masatoshi FUTAKAWA, Corresponding
16th International Symposium on Advanced Science and Technology in Experimental Mechanics, Nov. 2021, [Reviewed] - Observation of melting metal behavior caused by high power pulsed laser injection using high speed photography technique
Yuji USHITSUKA; Makoto TESHIGAWARA; Takashi NAOE; Masatoshi FUTAKAWA; Koichi SARUTA; Toshiharu MURAMATSU; Tomonori YAMADA; Nobuatsu TANAKA; Kazuhiko YAMASAKI, Corresponding
14th International Symposium on Advanced Science and Technology in Experimental Mechanics, Nov. 2019, [Reviewed] - Effect of wall boundary on growing and collapsing behaviors of cavitation bubble
S. Kawamura; T. Naoe; N. Tanaka; and M. Futakawa, Corresponding
14th International Symposium on Advanced Science and Technology in Experimental Mechanics, Nov. 2019, [Reviewed] - Evaluation Growing and Collapsing Behaviors of Cavitation Bubbles under Flowing Condition
S. Kawamura; T. Naoe; N. Tanaka; and M. Futakawa, Corresponding
Advanced Experimental Mechanics, Aug. 2019, [Reviewed] - Pulsed Pressure Induced Cavitation Erosion in Mercury Narrow Channel under Flowing Conditions
Takashi NAOE; Hiroyuki KOGAWA; Nobuatsu TANAKA and Masatoshi FUTAKAWA
Advanced Experimental Mechanics, Aug. 2019, [Reviewed] - Aiming at disposal of radio-active waste, laser cutting development to suppress the sputter particles
Takashi Naoe; Makoto Teshigawara; Masatoshi Futakawa; Haruki Mizutani; Toshiharu Muramatsu; Tomonori Yamada; Yuji Ushitsuka; Nobuatsu Tanaka; Kazuhiko Yamasaki
The 8th International Congress on Laser Advanced Materials Processing, May 2019, [Reviewed] - Visualization of Cavitation Growing and Collapsing Behaviors in Narrow Channel,
S. Kawamura; T. Naoe; T. Ikeda; N. Tanaka; and M. Futakawa, Corresponding
13th International Symposium on Advanced Science and Technology in Experimental Mechanics, Oct. 2018, [Reviewed] - Optimization of the Swirl Gas Microbubble Generator for a Liquid Mercury Target Vessel
Tsubasa IKEDA; Hiroyuki KOGAWA; Takashi NAOE; Shunsuke KAWAMURA; Nobuatsu TANAKA and Masatoshi FUTAKAWA, Corresponding
13th International Symposium on Advanced Science and Technology in Experimental Mechanics, Oct. 2018, [Reviewed] - Three Dimensional Numerical Analysis of Two Phase Flow Separation Using Swirling Fluidics
Mizunar Rahman, Nobuatsu Tanaka, Seiichi Yokobori, Corresponding
Energy and Power Engineering, 2013, [Reviewed] - 高出力パルス核破砕中性子源におけるキャビテーション
混相流, 2011, [Reviewed] - Improvement of conservative property and interface resolution of mesh-based two-phase flow simulation algorithms for splashing fluid behaviors
Nobuatsu Tanaka; Ryo Maseguchi; Takuya Ogawara
NUCLEAR ENGINEERING AND DESIGN, Dec. 2010, [Reviewed] - メッシュ法・粒子法のハイブリッド・アプローチによる砕波・液滴飛散の数値解析
田中伸厚; 西村健; 渡辺史紀; 森治嗣, Lead, This study is concerned with extension of numerical code called CRIMSON (Civa RefIned Multiphase SimulatiON), which has been developed to evaluate multi-phase flow behaviors based on the recent CFD (computational fluid dynamics) techniques. The CRIMSON employs a finite-volume method combined with the high order interpolation scheme, CIVA (cubic-interpolation with area/volume coordinates). The CRIMSON solves gas-liquid two phases by a unified scheme of CUP (combined unified procedure). The conventional CIVA method has a problem of loosing interface sharpness in long-term calculation. In this study, the problem was solved by introducing the idea of the phase field method. For numerical analyzing splashing fluid, we also introduced the SPH particle method to the CRIMSON., The Japan Society of Mechanical Engineers
日本機械学会論文集、B編, 2010 - Bubble flow simulations in target vessel
Katsuhiro Haga; Hiroyuki Kogawa; Takashi Wakui; Takashi Naoe; Masatoshi Futakawa; Shogo Yamazaki; Nobuatsu Tanaka
NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, Feb. 2009, [Reviewed] - Estimation of changes in dynamic hydraulic force in a magnetically suspended centrifugal blood pump with transient computational fluid dynamics analysis
Toru Masuzawa; Akiko Ohta; Nobuatu Tanaka; Yi Qian; Tomonori Tsukiya
JOURNAL OF ARTIFICIAL ORGANS, 2009, [Reviewed] - Cavitation damage prediction for spallation target vessels by assessment of acoustic vibration
Masatoshi Futakawa; Hiroyuki Kogawa; Shoichi Hasegawa; Yujiro Ikeda; Bernie Riemer; Mark Wendel; John Haines; Günter Bauer; Takashi Naoe; Kohei Okita; Akiko Fujiwara; Yoichiro Matsumoto; Nobuatsu Tanaka, Last, Elsevier BV
Journal of Nuclear Materials, Jun. 2008, [Reviewed] - Numerical analysis of swirling flow inducing gas entrainment by dynamic SGS model based on LISEA
N.Tanaka; T.Taguchi; Y.Motoyama; H.Ohshima, Lead
Comput. Fluid Dynamics J., 2008, [Reviewed] - Mitigation technologies for damage induced by pressure waves in high-power mercury spallation neutron sources (II)—bubbling effect to reduce pressure wave—
Masatoshi Futakawa; Hiroyuki Kogawa; Shoichi Hasegawa; Takashi Naoe; Masato Ida; Katsuhiro Haga; Takashi Wakui; Nobuatsu Tanaka; Yoichiro Matsumoto; Yujiro Ikeda
Journal of Nuclear Science and Technology, 2008 - NUMERICAL ANALYSIS OF CAVITATION EROSION USING GAS-LIQUID-SOLID UNIFIED METHOD WITH CIVA
R.Maseguchi and N.Tanaka, Corresponding
Proc. 3rd Asian-Pasific Congress on Computational Mechanics, Dec. 2007 - THEE-DIMENSIONAL SIMULATION OF RED BLOOD CELLS USING SPH AND ITS VISUALIZATION
N.Nakamura and N.Tanaka, Corresponding
Proc. 3rd Asian-Pasific Congress on Computational Mechanics, Dec. 2007 - Numerical analysis of erosion by cavitaion using CRIMSON code
R.Maseguchi and N.Tanaka, Corresponding
Proc. 15th Int. Conf. on Nuclear Engineering, Nagoya, Japan., Apr. 2007, [Reviewed] - Numerical analysis of thermal-hydraulic behaviors in SI system
Y. Omayu; N.Tanaka; and M.Mori, Corresponding
Proc. 15th Int. Conf. on Nuclear Engineering (ICONE-15), Nagoya, Japan., Apr. 2007, [Reviewed] - Numerical Simulation of Mercury Cavitation in magnetic impact testing machine
N. Tanaka and M.Futakawa, Lead
Proc. 6th Int. Symp. on Cavitation, Wageningen, Netherlands., Sep. 2006 - Three-dimensional simulations of microscopic blood flow using SPH method
N. Tanaka; Y. Hayakawa and T. Masuzawa, Lead
5th World Congress of Biomechanics, Munich, Germany., Jul. 2006 - Numerical analysis of mercury cavitation using CIVA
N.Tanaka, Lead, キーノート講演
Proc. 7th World Congress on Computational Mechanics, Los Angels, USA., Jul. 2006, [Invited] - A simple but efficient preconditioning for conjugate gradient Poisson solver using Haar wavelet
N Tanaka
INTERNATIONAL JOURNAL OF WAVELETS MULTIRESOLUTION AND INFORMATION PROCESSING, Jun. 2006, [Reviewed] - Numerical analysis of mercury cavitation in MW-scale spallation neutron source system
N Tanaka; M Suzuki; M Futakawa
NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, Jun. 2006, [Reviewed] - CIVA法を用いたキャビテーションの数値解析
混相流特集号,混相流研究の進展I, Apr. 2006, [Reviewed] - Conservative CIVA based on finite volume method
Lead
Comput. Fluid Dynamics J., Jan. 2006 - MICROSCOPIC-SCALE SIMULATION OF BLOOD FLOW USING SPH METHOD
Nobuatsu Tanaka; Tatsuo Takano
INTERNATIONAL JOURNAL OF COMPUTATIONAL METHODS, Dec. 2005, [Reviewed] - Numerical Simulation of Mercury Cavitation in MW Scale Spallation Neutron Sources
N.Tanaka; M.Futakawa and M.Suzuki, Lead
Proc. Int. Conf. on Accelerator Applications, Venice, Italy., Aug. 2005 - Volume-preserving semi-lagrangian algorithms For multi-dimensional pollutant advection
N. Tanaka; S. Tsunoyama, Lead
Comput. Fluid Dynamics J., Apr. 2005, [Reviewed] - Error estimation of numerical solutions of linear convection-diffusion problems
N.Tanaka; Y.Motoyama, Lead
Int. J. Comput. Fluid Dynamics, Jan. 2005, [Reviewed] - Sensitivity Analysis of Numerical Results of One- and Two-Dimensional Advection-Diffusion Problems
Y.Motoyama; N.Tanaka, Last
J. Nucl. Sci. Technol.,, Jan. 2005, [Reviewed] - 離散要素法を用いた微小循環内の血流シミュレーション
岩田賢; 田中伸厚; 増澤徹, Corresponding
ライフサポート, 2005, [Reviewed] - 随伴感度解析法に基づく非線型移流拡散方程式の数値解の誤差評価
田中 伸厚; 本山 和道, Corresponding, In this study, we present a new numerical method to analyze quantitatively the error of numerical solution by using the adjoint sensitivity analysis method and the modified equation approaches. If a reference case of typical parameters is once calculated with the method, no additional calculation is required to estimate the results of the other numerical parameters such as those of more detailed resolution. Furthermore, we can estimate the strict solution from the sensitivity analysis results and can quantitatively evaluate the error of numerical solutions based on only the numerical procedures., The Japan Society of Mechanical Engineers
日本機械学会論文集, 2005, [Reviewed] - Accurate and robust fluid analysis using cubic interpolation with volume/area coordinates (CIVA) method on unstructured grids
Nobuatsu Tanaka; Toshiteru Yamasaki; Takaya Taguchi
JSME International Journal, Series B: Fluids and Thermal Engineering, Nov. 2004, [Reviewed] - Symplectic semi-Lagrangian schemes for unsteady incompressible viscous flow simulations
N.Tanaka; T.Kitayama and T. Shimizu, Lead
Comput. Fluid Dynamics J., Oct. 2004 - Symplectic semi-Lagrangian schemes for computational fluid dynamics
N Tanaka; T Kitayama
INTERNATIONAL JOURNAL OF COMPUTATIONAL FLUID DYNAMICS, May 2004 - Highly accurate particle tracking method in three- dimensional convectivetransport in air pollution modeling
Shigeaki Tsunoyama and Nobuatsu Tanaka, Last
Comput. Fluid Dynamics J., Jan. 2004, [Reviewed] - Application of symplectic integrators to discrete vortex methods for Karman vortex problem
Nobuatsu Tanaka and Toshiteru Yamasaki, Lead
Comput. Fluid Dynamics J., 2004 - Development of highly accurate interpolation method for mesh-free flow simulations III. Analysis of accuracy and stability
N Tanaka
INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS, Mar. 2003 - Error estimation of finite-difference solution of advection equation for environmental fluid problems
Nobuatsu Tanaka, Lead
Comput. Fluid Dynamics J., 2003 - Adaptive grid control methods for CFD: I. Application to natural convection in a square cavity
Lead
Comput. Fluid Dynamics J., 2003 - Adaptive grid control methods for CFD: II. Application to multi-grid method and boundary-fitted coordinate system
Nobuatsu Tanaka, Lead
Comput. Fluid Dynamics J., 2003 - Application of symplectic integrators to discrete vortex methods
Nobuatsu Tanaka and Toshiteru Yamasaki, Lead
Comput. Fluid Dynamics J., 2002 - Hamiltonian Particle Dynamics, CIVA-Particle Method and Symplectic Upwind Scheme
Nobuatsu Tanaka, Lead
Computational Fluid Dynamics Journal, Jan. 2001, [Reviewed] - Parallel processing of Haar-Wavelet-preconditioned conjugate gradient methods
Nobuatsu Tanaka, Lead
Transaction of Japan Society Computational Engineering and Science, 2001, [Reviewed] - Introduction to Symplectic Lagrangian and Semi-Lagrangian Schemes
Nobuatsu Tanaka and Takeshi Shimizu, Lead
Comput. Fluid Dynamics J., 2001, [Reviewed] - Development of Hamiltonian Particle Dynamics(Introduction to the Fundamental Concept)
Lead
Transactions of JSCES, 2001, [Reviewed] - Hamiltonain Particle Dynamics 法の開発(シンプレクティック時間積分法の応用)
Lead
日本計算工学会論文集, 2001, [Reviewed] - Development of highly accurate interpolation method for mesh-free flow simulations II. Application of CIVA method to incompressible flow simulations
Nobuatsu Tanaka, Lead
INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS, Nov. 2000, [Reviewed] - Development of a highly accurate interpolation method for mesh-free flow simulations I. Integration of gridless, particle and CIP methods
Nobuatsu Tanaka, Lead
International Journal for Numerical Methods in Fluids, Aug. 1999 - Wavelet-preconditioned conjugate gradient Poisson solver and its use in parallel processing
Nobuatsu Tanaka, Lead
Computational Mechanics, 1999 - The CIVA method for mesh-free approaches ; Improvement of the CIP method for n-simplex
Nobuatsu Tanaka, Lead
Computational Fluid Dynamics Journal, 1999, [Reviewed] - CIVA-粒子法の非圧縮性流体解析への応用
田中伸厚, Lead
日本機械学会論文集 (B), 1999, [Reviewed] - 数値流体力学のための高精度メッシュフリー手法の開発
田中伸厚, Lead
日本機械学会論文集(B), Apr. 1998 - Development of new mesh-free algorithm with a high accuracy for computational fluid dynamics
Lead
Trans. JSME, 1998 - Application of Incomplete Discrete Wavelet Transform to a Poisson Equation Solver and Its Parallel Processing
TANAKA Nobuatsu, Lead, This paper describes a powerful and simple new wavelet-based preconditioning method for the CG solvers of Poisson equation. The equation can be solved with an iterative matrix solver, however, in the absence of our method, the computing time will increase exponentially with respect to an increase in grid points. Use of our technique leads to a matrix with a bounded condition number so that computing time is reduced significantly. Results from our numerical experiments confirm the power and accuracy of our wavelet-based preconditioning method. Unlike many preconditioning methods which are not suitable for vector and parallel processing, our algorithm can take advantage of the extreme processing capabilities and enhance computing performance. For example, a speed up of over 100 fold can be achieved when solving Poisson equations on a Cray T3D using 128 processors in parallel., The Japan Society for Industrial and Applied Mathematics
Trans. of JSIAM, 1997 - Incomplete discrete wavelet transform and its application to a Poisson equation solver
N Tanaka; H Terasaka; T Shimizu; Y Takigawa, Lead
JOURNAL OF NUCLEAR SCIENCE AND TECHNOLOGY, Jul. 1996, [Reviewed] - 小規模ブロック化行列の多項式を用いた共役勾配法の前処理手法の改良
田中伸厚; 寺坂晴夫, Lead
情報処理学論文集, Aug. 1995, [Reviewed] - 小規模ブロック化行列の多項式を用いた共役勾配法の前処理手法の開発
田中伸厚; 寺坂春夫, Lead
情報処理学論文集, Apr. 1994, [Reviewed] - A numerical study on incompressible vicous flow with massively parallel processors(共著)
TANAKA N., Lead
Computational Fluid Dynamics Journal, 1993
MISC
- 茨城大学における原子力工学教育の取り組み
松村; 関東; 田中; 三枝; 菊地; 車田
保全学, Jul. 2015 - 地域連携を生かした茨城大学における原子力工学教育の取り組み
松村; 神永; 関東; 田中; 三枝; 車田
工学教育, Mar. 2012 - 三次元気流解析技術のガス遮断器(GCB)への適用
柳沼宣幸; 筑紫正範; 田中伸厚
AEパワー・レビュー, Jul. 2010 - Description of "design Guideline for Gas Entrainment Prevention Using CFD Method"
大島宏之; 堺公明; 上出英樹; 木村暢之; 江連俊樹; 内堀昭寛; 伊藤啓; 功刀資彰; 岡本孝司; 田中伸厚; 辻義之; 文字秀明; 江口譲; 西村元彦
JAEA-Research, Jun. 2008 - 原子力分野における数値流体解析とその信頼性評価
田中伸厚
ながれ, 2008
Lead - Numerical Simulation of Unsteady Gas Entrainment Phenomena Using Dynamics SGS Model
M.Sakai; N.Tanaka and H. Ohsima
Proc. 5th Japan-Korea Symp. on Nuclear Thermal Hydraulics and Safety, Jeju, Korea., Nov. 2006, [Reviewed] - Numerical Simulation on Cavitation Bubble Collapse in Mercury
M.Komuro; N.Tanaka and M.Futakawa
Proc. 5th Japan-Korea Symp. on Nuclear Thermal Hydraulics and Safety, Jeju, Korea., Nov. 2006, [Reviewed]
Corresponding
Books and other publications
- Experimental Analysis of Nano and Engineering Materials and Structures
E.E.Gdoutos(Ed.); Masatoshi Futakawa; Takashi Naoe and Nobuatsu Tanaka, Joint work
Springer, 2007
9781402062384 - 構造解析ハンドブック
Joint work
丸善, Mar. 2004 - Parallel processing of Haar-Wavelet-preconditioned conjugate gradient methods
Single work
Trans. Japan Soc. Comput. Eng. Sci., 2001 - Wavelets and their applications : Case studies
Joint work
SIAM(Society for Industrial and Applied Mathematics), 1998
Lectures, oral presentations, etc.
- 原子力発電所廃炉プロセスの高度化及び除染・炉心解体技術の改良に資するデジタルツイン技術の概念検証
田中 伸厚
日本鉄鋼協会 シンポジウム「材料プロセスにおける物性評価と物性予測の現状と課題」, 04 Dec. 2024 - DEM法とSPH法を用いた陸上地すべりによる津波発生のシミュレーション
那須玄; 田中伸厚
日本機械学会第32回茨城講演会, 30 Aug. 2024 - 浮体式小型波力発電装置の発電量増加に向けた改良
八反田遼; 田中伸厚
日本機械学会第32回茨城講演会, 30 Aug. 2024 - CIVA法の改良とキャビテーション現象の数値解析への適用
川島 広之、中囿 雄介、田中 伸厚
第37回数値流体力学シンポジウム, 16 Dec. 2023, 日本流体力学会
20231215, 20231217 - 粒子法を用いた津波デブリのシミュレーション
中野 智博; 田中 伸厚
2023年茨城講演会, 18 Aug. 2023, 日本機械学会
20230818 - 発電量増加を目指した海底設置型波力発電装置の改良
柿本 愛美,田中 伸厚
2023年茨城講演会, 18 Aug. 2023, 日本機械学会
20230818 - キューブ型浮体式波力発電装置の開発
千葉 瑛麗奈; 八反田 遼; 正 田中 伸厚
2023年茨城講演会, 18 Aug. 2023, 日本機械学会
20230818 - 〔Major achievements〕核破砕中性子源水銀標的の耐久性向上に向けた研究開発(2)気泡崩壊に伴う局所衝撃力における支配因子
川島 広之、粉川 広行、二川 正敏、祖山 均、久慈 千栄子、田中 伸厚
日本原子力学会2022年秋の大会, 07 Sep. 2022, 日本原子力学会
20220907, 20220909 - SPH 法を用いた地滑りに起因する津波発生のシミュレーション
飯野 和真; 池田 裕也; 田中 伸厚
2022年茨城講演会, 19 Aug. 2022, 日本機械学会
20220819 - 固体壁面近傍でのキャビテーション気泡崩壊による局所衝撃
黒澤 拓眞; 川島 広之; 粉川 広行; 二川 正敏; 勅使河原 誠; 田中 伸厚
2022年茨城講演会, 19 Aug. 2022, 日本機械学会
20220819 - 海底設置型波力発電装置の成立性の検討
川畑 大成; 田中 伸厚
2022年茨城講演会, 19 Aug. 2022, 日本機械学会
20220819 - 気液界面近傍で生じたキャビテーション気泡崩壊によるスパッタ飛散挙動 (1) - 超高速度カメラによる詳細観察 -
川島 広之; 勅使河原 誠; 直江 崇; 田中 伸厚; 二川 正敏
第29回 茨城講演会, 19 Aug. 2021, 日本機械学会
20210819 - 気液界面近傍で生じたキャビテーション気泡崩壊によるスパッタ飛散挙動 (2) -数値シミュレーションとの比較考察-
黒澤 拓眞; 川島 広之; 勅使河原 誠; 田中 伸厚; 二川 正敏
第29回 茨城講演会, 19 Aug. 2021
20210819 - 粒子法による CFD とヘッドマウントディスプレイを用いた津波仮想体験システムの開発
北嶋 和心; 田中 伸厚; 斉藤 史弥
日本機械学会第 21 回動力・エネルギー技術シンポジウム, 16 Jun. 2016 - 水素の成層崩壊に関する数値解析的研究
清水 良真; 青山 拓真; 西村 建; 田中 伸厚
日本機械学会第21回動力・エネルギー技術シンポジウム, 16 Jun. 2016 - Head Mounted Display を用いた津 波仮想体感システムの開発
田中 伸厚; 斉藤 史弥; 北嶋 和心
第29回数値流体力学シンポジウム, 15 Dec. 2015 - 波力を用いた多自由度小型発電装置の開発
勝田聖矢; 田中伸厚; 國府田有輝
第 53 回学生員卒業研究発表講演会, 14 Mar. 2014, 日本機械学会 関東支部 - 狭隘部におけるキャビテーション気泡の成長・崩壊挙動に関する研究
山崎夏生; 田中伸厚; 直江 崇; 二川正敏
関東学生会第52回学生員卒業研究発表講演会, 15 Mar. 2013, 日本機械学会 - 粒子法を用いた流体と浮遊物体の相互作用の数値解析
國府田有輝; 田中伸厚; 勝田聖矢
第 53 回学生員卒業研究発表講演会, 14 Mar. 2013, 日本機械学会 関東支部 - アーク発熱を考慮したガス遮断器内の三次元ガス挙動数値解析
進藤久史; 田中伸厚
第20回茨城講演会, 24 Aug. 2012, 日本機械学会 - 不足膨張噴流問題の数値解析のGPGPUを用いた高速化
藤代謙太; 田中伸厚
第20回茨城講演会, 24 Aug. 2012, 日本機械学会 - GPGPUを用いた二相流解析コードの高速化
藤代健太; 田中伸厚
日本原子力学会 北関東支部 若手研究者発表会, 20 Apr. 2012, 日本原子力学会 - 可動性を考慮したガス遮断器内の三次元ガス挙動数値解析
進藤久史; 梅原健吾; 田中伸厚; 柳沼宣幸; 日本AEパワーシステムズ; 浦井一(日立; 筑紫正範
第19回茨城講演会, 26 Aug. 2011, 日本機械学会 - HSMAC アルゴリズムに基づく流体解析コードのGPGPU による並 列化
藤代謙太; 田中伸厚
第19回茨城講演会, 26 Aug. 2011, 日本機械学会 - HSMAC アルゴリズムに基づく流体解析コードのGPGPU による並,列化
藤代謙太、田中伸厚
第19回茨城講演会, 26 Aug. 2011, 日本機械学会 - GPGPUを用いた圧縮性二相流の数値解析の並列処理
藤代謙太; 田中伸厚
第18回茨城講演会, 27 Aug. 2010, 日本機械学会 - ガス遮断器内の高温高圧ガス挙動の三次元流体数値解析
梅原健吾; 進藤久史; 田中伸厚; 柳沼宣幸; 日本AEパワーシステムズ; 浦井一(日立; 筑紫正範
第18回茨城講演会, 27 Aug. 2010, 日本機械学会 - CIVA法を用いたガス遮断器内の高温ガス挙動の三次元数値解析
西村健; 院; 田中伸厚; 柳沼宣幸; 日本AEパワーシステムズ; 筑紫正範
第17回茨城講演会, 25 Aug. 2009, 日本機械学会 - 液面に突入する固体球の挙動に関する研究
進藤久史; 田中伸厚; 西村健
第17回茨城講演会, 25 Aug. 2009, 日本機械学会 - 自由液面突入時の気泡キャビティを伴う金属球挙動に関する研究
西村健; 田中伸厚; 山内広太
第14回動力・エネルギー技術シンポジウム
20090629, 20090630 - 金属の自由液面突入時の気泡キャビティの挙動に関する研究
山内広太; 田中伸厚
第48回学生員卒業研究発表講演会, 06 Mar. 2009, 日本機械学会 - キャビテーションを伴う流れの数値解析
藤田心; 田中伸厚
第48回学生員卒業研究発表講演会, 06 Mar. 2009, 日本機械学会 - SPH法と格子法による自由液面のスロッシング現象の解析
小河原拓哉; 田中伸厚
第48回学生員卒業研究発表講演会, 06 Mar. 2009, 日本機械学会 - 弁体からの騒音発生に関する研究
布藤宗英; 田中伸厚
第48回学生員卒業研究発表講演会, 06 Mar. 2009, 日本機械学会 - 沸騰現象の数値解析
水田勝大; 田中伸厚
第48回学生員卒業研究発表講演会, 06 Mar. 2009, 日本機械学会 - 水柱崩壊時の液滴飛散に関する研究
金田崇; 田中伸厚
第48回学生員卒業研究発表講演会, 06 Mar. 2009, 日本機械学会 - Numerical Analysis of High-Temperature and High-Pressure Gas Behavior in the Comlicated Geometry
T. Nishimura; N.Tanaka
Korea-Japan Student Seminar on Nuclear Thermal Hydraulics and Safety
20081022, 20081023 - 液体に衝突する固体球によるキャビティの形成と崩壊に関する研究
水田勝大; 田中伸厚
第16回茨城講演会, 12 Sep. 2008, 日本機械学会 - 複雑流路内の高温・高圧ガス挙動の数値解析
西村健; 田中伸厚
第16回茨城講演会, 12 Sep. 2008, 日本機械学会 - 自由表面を有する流体のスロッシング現象の解析
小河原拓哉; 田中伸厚
第16回茨城講演会, 12 Sep. 2008, 日本機械学会 - SPH法を用いた三次元血流解析における赤血球モデルの改良
田中伸厚
第20回数値流体力学シンポジウム講演会, 18 Dec. 2006, 日本流体力学会 - SPH法による血流の三次元ミクロ・シミュレーション,
高野龍雄; 田中伸厚
日本機械学会第17回計算力学講演会, Nov. 2004 - SPH法による血流のマイクロ・シミュレーション
高野龍雄; 田中伸厚; 増澤徹
第2回生活支援工学系学会連合大会講演予稿集, 13 Sep. 2004 - 熱流動解析のための高精度グリッドレス法の開発
田中伸厚
第9回計算力学講演会, 27 Nov. 1996, 日本機械学会
Research Themes
- 原子力発電所廃炉プロセスの高度化 及び除染・炉心解体技術の改良に資する デジタルツイン技術の概念検証
大学発新産業創出基金事業スタートアップ・エコシステム共創プログラム
GTIE
May 2024 - Mar. 2027 - Comprehensive study on mercury cavitation by proton beam-induced pressure waves and its mitigation techniques
Grant-in-Aid for Scientific Research (B)
Japan Atomic Energy Agency
01 Apr. 2011 - 31 Mar. 2015 - Elucidation on microbubble mitigation mechanism for pressure waves induced by proton beam bombardment
Grant-in-Aid for Scientific Research (B)
Japan Atomic Energy Agency
2008 - 2010 - Analysis and prediction of cavitation phenomena in liquid metal
Grant-in-Aid for Scientific Research (C)
Ibaraki University
2005 - 2007 - Development of meso scale flow analysis method to develop biocompatible artificial hearts
Grant-in-Aid for Scientific Research (B)
IBARAKI UNIVERSITY
2002 - 2005
Social Contribution Activities
Academic Contribution Activities
- 計算力学技術者(CAE技術者)上級アナリスト(熱流体力学分野)
Supervision
日本機械学会, 01 Apr. 2025 - 31 Mar. 2030 - 計算力学技術者(CAE技術者)上級アナリスト(熱流体力学分野)
Supervision
日本機械学会, 01 Apr. 2020 - 31 Mar. 2025 - 茨城講演会セッション・オーガナイザー
Panel chair etc
日本機械学会, 2010 - 2024 - 日本原子力学会2022年秋の大会
Planning etc
日本原子力学会, 茨城大学日立キャンパス, 07 Sep. 2022 - 09 Sep. 2022 - 8th Int. Symposium Flow Modeling and Turbulence Measurements, Session Chair
Panel chair etc
ASME, 2008 - 11th Int. Conference on Nuclear Engineering(ICONE-11)セッション・チェアーおよび座長
Panel chair etc
日本機械学会, 2003 - 三次元汎用流動解析コード(α-FLOW)開発技術委員
Planning etc
1988 - 1992