九州大学-研究者情報 [津守不二夫 (教授) 工学研究院航空宇宙工学部門]

津守不二夫（つもりふじお）

データ更新日：2024.04.22

教授　／　工学研究院航空宇宙工学部門航空宇宙機構造強度

学会発表等

1.	TSUMORI Fujio, Biomimetic Engineering: Functional Surfaces and Soft-robots, OIST-Kyudai Joint Symposium, 2024.02.
2.	Ryoma Shiraishi, Fujio Tsumori, Micropatterning of Magnetic Properties on Gel Sheet for Soft Robotics, MRM2023, 2023.12, [URL].
3.	Akifumi Kuba, Fujio Tsumori, Gel Actuator Dispersed with Bubbles Utilizing Gas-Liquid Phase Change, MRM2023, 2023.12, [URL].
4.	Nako Okamoto, Fujio Tsumori, Soft robotic medium driven by an external magnetic field, MRM2023, 2023.12, [URL].
5.	野村優太，津守不二夫, 甲虫の後翅を模倣した折り畳み・展開構造の開発, 日本航空宇宙学会西部支部講演会, 2023.12.
6.	Ryoma Taira, Fujio Tsumori, Fabrication of Micro-sub micron Hierarchical Structures on Ceramic Sheet Surfaces and In-plane Compression, 36th International Microprocesses and Nanotechnology Conference, 2023.11.
7.	津守不二夫, 磁場駆動型４D造形, Conference on 4D and Functional Fabrication 2023, 2023.11.
8.	TSUMORI Fujio, Multi-scale Patterning of Ceramic or Glass Sheet by Micro-/Nano-Imprint Process, World Congress on Micro and Nano Manufacturing, 2023.09.
9.	Fujio Tsumori, Bio-inspiration for Aerospace Engineering, Kyushu U Connect, 2023.07.
10.	Yoshinobu Nishira, Fujio Tsumori, Soft Motion of Dielectric Balloon Actuator, The 40th International Conference of Photopolymer Science and Technology, 2023.06.
11.	Kosei Ito, Fujio Tsumori, Magnetic-Pneumatic Hybrid Soft Actuator, The 40th International Conference of Photopolymer Science and Technology, 2023.06.
12.	Motonori Uchimura, Fujio Tsumori, In-situ Fabrication Process of Bacterial Cellulose Composites for Soft Robots, The 22nd International Conference on Solid-State Sensors, Actuators and Microsystems, 2023.06.
13.	Toshiki Murakami and Fujio Tsumori, Encoded actuation of miniaturized flexible magnetic pillars, International Conference on Materials & Processing 2022, 2022.11, In recent years, magnetically actuated pillars have been attracted by researchers. The structures are mainly inspired by organisms in nature, cilia. These organisms are used for many purposes, such as swimming, locomotion, pumping, and transportation. The magnetically actuated structures which mimic the natural creature can be used for various engineering applications. Microfluidic devices and micro transportation systems are typical examples. of the magnetic material is useful for these purposes since they have high mechanical property and could be actuated wirelessly. However, there are some issues to mimic the natural cilia motion; the movement pattern is simple and limited; and the size is much larger than the natural ones. In this work, we developed 2-dimensional magnetic pillar arrays composed of silicone elastomer and magnetic particles to be controlled by coils set in 2-axial directions. We also tried to fabricate micrometer size pillars using polycarbonate tracked etched membrane．.
14.	Ryoma Shiraishi and Fujio Tsumori, Micropatterning of Magnetic Properties on Gel Sheet for Soft Robotics , International Conference on Materials & Processing 2022, 2022.11, In this work, we propose a new magnetic gel material for soft robotics. Micropatterning of magnetic properties can be printed on a gel sheet to design deforming of the sheet material. We selected a tough gel material, which are known as double-network gels (DN-gels), as a base material and dispersed a magnetic powder. The proposed material showed not only high strength and large elongation but also high anti-cutting strength. Authors also developed a new process for a magnetic micro patterning process for this material using local heating by laser. The resolution of the printed pattern was finer than reported conventional magnetic soft actuators. We performed cutting and tensile tests of the gel material and showed mechanical properties. We also tried to scan laser on a magnetic gel sheet for micro patterning of the magnetic anisotropy..
15.	Kazuhiro Yamada and Fujio Tsumori, Development of a multi-nozzle 3D printing system for metal-ceramics composite structures , International Conference on Materials & Processing 2022, 2022.11, This study focuses on the development of a 3D printing system for multi-material dispensing nozzles that can fabricate multi-material products by combining ceramic and metal materials. In various structural and functional applications, zirconia components could improve performance by bonding ceramic to metal so that we employed zirconia and stainless steel for this experiment. We attempted to employ powder injection molding compounds as print materials both for the ceramic and metal powders. To facilitate handling in the desktop printing system, we mixed synthetic wax and rapeseed oil as binder material. The use of rapeseed oil allowed for lower printing temperatures and the use of alcohol for debinding prior to sintering. The goal of this work is to fabricate composite structures of stainless steel and zirconia using the developed 3D printing system..
16.	Syuntaro Shimizu, Kazuya Saito, and Fujio Tsumori, Optimization of Beetle-inspired Deployable Wing Pattern by Genetic Algorithm, The 2022 Asia-Pacific International Symposium on Aerospace Technology , 2022.10.
17.	Ryoma Taira and Fujio Tsumori, Micro-Powder-Imprinting using molds with similar scale to ceramic nano particle, Nanoimprint and Nanoprint Technology Conference (NNT), 2022.10.
18.	Yu Kubota and Fujio Tsumori, Imprint process for glass nano-patterning using silica nano powder, Nanoimprint and Nanoprint Technology Conference (NNT), 2022.10.
19.	津守不二夫，古賀哲郎, シリカガラス内部への植物根の微細形状固定, 日本建築学会, 2022.09.
20.	Fujio Tsumori, Hayato Shinoda, Biomimetic wave propagation in magnetic soft actuator, The 38th International Conference of Photopolymer Science and Technology, 2022.06.
21.	Tetsuro Koga, Fujio Tsumori, Fabrication of glass microchannels using plant roots and nematodes , The 39th International Conference of Photopolymer Science and Technology, 2022.06.
22.	津守不二夫, 根圏の応力応答とその３次元ガラス転写, 新学術領域「植物構造オプト」領域班会議, 2022.06.
23.	Kazuhiro Yamada, and Fujio Tsumori, Development of 3D Printing System with Extrusion Nozzles for Ceramics and Metal Compounds, The 46th International Conference & Exposition on Advanced Ceramics & Composites (ICACC22), 2022.01.
24.	Kouichi Ninomiya, Suparat Gaysornkaew, and Fujio Tsumori, Micro magnetic patterning on extremely tough magnetic gel actuator, IEEE MEMS2022 (The 35th IEEE Int. Conf. Micro Electro Mechanical Systems), 2022.01.
25.	Ryoma Taira and Fujio Tsumori, Sub-micron Imprint Patterning of Compound Sheet with Ceramic Nano Powder, 34th International Microprocesses and Nanotechnology Conference (MNC 2021), 2021.10.
26.	Toshiki Murakami and Fujio Tsumori, Magnetic Driven Tentacles for Bio-mimic Motion, 34th International Microprocesses and Nanotechnology Conference (MNC 2021), 2021.10.
27.	津守不二夫, 「ぐにょぐにょ・くねくね」生物のように動く材料は作れるのか？, 京大１００人論文オンライン, 2021.09.
28.	津守不二夫, 「いきものサロン」紹介, 九州大学科学コミュニケーション推進グループ設置記念公開シンポジウム, 2021.09.
29.	TSUMORI Fujio, Variable interfacial patterns obtained by improved imprinting process to multi-layered materials, Workshop on Next Generation Lithography, 2021.07.
30.	津守不二夫, 異分野をつなげ学際研究を育てよう, 九州工業大学オンラインセミナー, 2021.06.
31.	Fujio Tsumori, Fabrication of Biomimetic Functional Surfaces , The 38th International Conference of Photopolymer Science and Technology, 2021.06.
32.	Kazuki Tokumaru, Tsuyoshi Miyata, Fujio Tsumori, Finite Element Analysis of Advanced Imprint Process to Multilayered Material, The 38th International Conference of Photopolymer Science and Technology, 2021.06.
33.	Daiki Sato, Fujio Tsumori, Glass Microchannel Formation by Mycelium , The 38th International Conference of Photopolymer Science and Technology, 2021.06.
34.	Shutaro Shigetomi, Fujio Tsumori, Soft Actuator with DN-gel Dispersed with Magnetic Particles, The 38th International Conference of Photopolymer Science and Technology, 2021.06.
35.	Kazuki Maeda, Fujio Tsumori, Direct Observation of Gastropod's Locomotion for Soft Robot Application, The 38th International Conference of Photopolymer Science and Technology, 2021.06.
36.	Suparat Gaysornkaew, Danilo Vasconcellos Vargas, and Fujio Tsumori, Parameter Optimization via CMA-ES for Implementation in the Active Control of Magnetic Pillar Arrays, IEEE CYBCONF2021 (Conference on Cybernetics), 2021.06.
37.	TSUMORI Fujio, 3D Printing for Soft Actuators Using Magnetic Particles, The first French-Japanese workshop on additive manufacturing, 2021.05.
38.	津守不二夫, 粒子分散材料の応用：微細表面パターニングとソフトアクチュエータ, 日本複合材料学会西部支部講演会, 2021.04.
39.	津守不二夫, ナノ粒子分散材料を用いた多様なインプリントプロセスとＦＥＭへのアプローチ, ナノインプリント技術研究会（応用物理学会ナノインプリント技術研究会）, 2021.03.
40.	津守不二夫, ナノ粒子分散材料をベースとしたマイクロ・ナノ加工, 「第２０回マイクロ・ナノ加工研究会」ナノ構造ポリマー研究協会, 2021.03.
41.	Reynaldi Tjahjadi and Fujio Tsumori, Development of 3D Printer for Magnetic Soft Actuator Using Dispensing System, The 33rd International Microprocesses and Nanotechnology Conference, 2020.11.
42.	Suparat Gaysornkaew and Fujio Tsumori, Active Control of Surface by Magnetic Pillar Arrays, The 33rd International Microprocesses and Nanotechnology Conference, 2020.11.
43.	Haruna Takahashi and Fujio Tsumori, Highly Expandable Gel Actuator Dispersed with Microdroplets, The 33rd International Microprocesses and Nanotechnology Conference, 2020.11.
44.	Tsuyoshi Miyata, Kazuki Tokumaru, and Fujio Tsumori, Finite Element Analysis of Multi-Step Imprinting for Hierarchical Structures, The 33rd International Microprocesses and Nanotechnology Conference, 2020.11.
45.	Kazuki Tokumaru and Fujio Tsumori, Deformation Analysis of Layer Interface in Multilayer Imprinting, The 33rd International Microprocesses and Nanotechnology Conference, 2020.11.
46.	高橋晴菜, 津守不二夫, 低沸点液泡を分散したDNゲルを用いた熱駆動型アクチュエータ, 化学とマイクロ・ナノシステム学会第42回研究会, 2020.10.
47.	Suparat Gaysornkaew and Fujio Tsumori, Active Control of Magnetic Pillar Arrays for Particle Manipulation, 化学とマイクロ・ナノシステム学会第42回研究会, 2020.10.
48.	重冨秀太朗，津守不二夫, 磁性粒子分散ゲル材料による駆動構造の作製, 化学とマイクロ・ナノシステム学会第42回研究会, 2020.10.
49.	Fujio Tsumori and Kazuki Tokumaru, Rotary Actuation System for Magnetic Beads, MicroTAS2020, 2020.10, In this paper, we propose a new actuation system for magnetic beads or particles. Magnetic beads were precisely actuated as a rotator, which could be used for a pumping system. The magnetic beads were set on a round base which periodically embedded magnetic beads on the surface, and were actuated by magnetic interaction force excreted by a rotating magnetic field. We show theoretical background and demonstrate actuation using a 3D-printed sample. Also, we tried to use the present system as a pumping system..
50.	津守不二夫, 多層・多段階インプリントおよび面内圧縮を用いた多様なパターニング, 応用物理学会・ナノインプリント技術研究会, 2020.02.
51.	Hayato Shinoda and Fujio Tsumori, Development of Micro Pump Using Magnetic Artificial Cilia with Metachronal Wave, IEEE MEMS2020, 2020.01.
52.	TSUMORI Fujio, MAEDA Kazuki, Locomotion of soft robot actuated by applied magnetic field, Active Matter Workshop 2020, 2020.01.
53.	Fujio Tsumori, Particle Manipulation on Magnetic Grid Pattern, MicroTAS2019, 2019.01.
54.	津守不二夫, 磁性柔軟材料による生体模倣運動の最適設計　 , 数理・データサイエンスに関する教育・研究支援プログラム発表会, 2019.12.
55.	中島祥太，徳丸和樹，津守不二夫, 植物の根および菌糸の微細ネットワーク構造を転写したガラス微小流路の開発, 化学とマイクロ・ナノシステム学会第４０回研究会・第２０周年記念シンポジウム, 2019.11.
56.	篠田隼人，津守不二夫, 外部磁場駆動型人工繊毛を用いたマイクロポンプの開発, 第１０回マイクロ・ナノ工学シンポジウム, 2019.11.
57.	Shota Nakashima, Kazuki Tokumaru, and Fujio Tsumori, Glass Microchannels Fabricated by Using Live Plant Root and Arbuscular Mycorrhiza , The 32nd International Microprocesses and Nanotechnology Conference, 2019.10.
58.	Kazuki Maeda, and Fujio Tsumori, Miniaturization of Worm-Like Soft Robot Actuated by Magnetic Field , The 32nd International Microprocesses and Nanotechnology Conference, 2019.10.
59.	Syutaro Shigetomi, and Fujio Tsumori, Magnetic Actuator Using Extremely Tough Gel Material, The 32nd International Microprocesses and Nanotechnology Conference, 2019.10.
60.	Tsuyoshi Miyata, Kazuki Tokumaru, and Fujio Tsumori, Multi-Step Imprinting Process with In-Plane Compression Method, The 32nd International Microprocesses and Nanotechnology Conference, 2019.10.
61.	Tomoki Noguchi, Fujio Tsumori, Soft Actuator with Large Volumetric Change using Vapor-liquid Phase Transition, The 32nd International Microprocesses and Nanotechnology Conference, 2019.10.
62.	Fujio TSUMORI, Particle Manipulation on Magnetic Grid Pattern, MicroTAS2019, 2019.10.
63.	Kazuki Tokumaru, Kazuhiro Yonekura, and Fujio Tsumori, Influence of Scale on Interfacial Pattern of Multilayered Imprinting, The 12th Asian Workshop on Micro/Nano Forming Technology, 2019.08, Nano Imprint lithography (NIL) is a technique that transfers a fine mold pattern to the surface of a work material. NIL is an excellent technology in terms of high productivity, accuracy, and resolution. Recently, a technology called multilayered imprint has been developed in which NIL is applied to processing of a multilayered material. In this process, it is possible to form not only surface of a workpiece, but also an interfacial pattern between the upper layer and the lower layer simultaneously. Using this technology, processing of functionally graded materials and fabrication of complex patterns using a sacrificial layer have been studied. Control of interface shape is necessary in multilayered imprint. The interface pattern can be controlled by the deformation characteristics, initial thickness, and so forth. In this research, we compared the interfacial pattern changes of imprinted multilayered materials in milli- and microscales. For multilayered imprint using multiple materials, it is important to know the flow of the resist and its dependence on the scale. If there is similarity in the relationship produced by the scale on the imprinted samples, a process design with a number of feedbacks could be realized. It also becomes easier to treat structures in the millimeter scale for the experiment. In this study, we employed micropowder imprint (μPI) for multilayered material imprint. A compound sheet of alumina powder and polymer binder was used for imprint. Two similar experiments in different scales, micro- and millimeter scales, were carried out. Results indicate that the interfacial patterns of micro- and millimeter-scale-imprinted samples are similar..
64.	Minori Furusawa, Seiji Azukizawa, Hayato Shinoda, Kazuki Maeda, Fujio Tsumori, Bio-mimic motion of gel material dispersed with hard-magnetic particles, The 36th International Conference of Photopolymer Science and Technology, 2019.06.
65.	Kazuki Tokumaru, Fujio Tsumori, Kazuhiro Yonekura, Imprint Process with In-plane Compression Method for Bio-functional Surface, The 36th International Conference of Photopolymer Science and Technology, 2019.06.
66.	Atsushi Sekiguchi, Tomoki Nishino, Masayasu Aikawa, Yoko Matsumoto, Hiroko Minami, Kazuki Tokumaru, Fujio Tsumori, Hiroshi Tanigawa, The study of bile duct stent having antifouling properties using biomimetics technique, The 36th International Conference of Photopolymer Science and Technology, 2019.06.
67.	Seiji Azukizawa, Hayato Shinoda, Fujio Tsumori, 4D-printing System for Elastic Magnetic Actuators, The 32nd IEEE International Conference on Micro Electgro Mechanical Systems (MEMS2019), 2019.01.
68.	Shota Nakashima, Kazuki Tokumaru, Fujio Tsumori, Glass Microchannels Fabricated by Live Plant Root, 22nd Int. Conf. Miniaturized Systems for Chemistry and Life Sciences (microTAS2018), 2018.11.
69.	Kazuki Tokumaru, Fujio Tsumori, Nonplanar ceramic micro channels by deformation process, 22nd Int. Conf. Miniaturized Systems for Chemistry and Life Sciences (microTAS2018), 2018.11.
70.	Hayato Shinoda, Seiji Azukizawa, Fujio Tsumori, Impact of Metachronal Wave of Magnetic Artificial Cilia on Micro-pump Efficiency, 22nd Int. Conf. Miniaturized Systems for Chemistry and Life Sciences (microTAS2018), 2018.11.
71.	前田一樹，津守不二夫，徳丸和樹，小豆澤成治, ４Dプリンタで作製した磁場駆動ワーム型ソフトロボット, マイクロ・ナノ工学シンポジウム, 2018.10.
72.	廣田航，津守不二夫, 気液相変化を用いた大変形可能なソフトアクチュエータ, マイクロ・ナノ工学シンポジウム, 2018.10.
73.	徳丸和樹，津守不二夫，品川一成, SOFC電極電解質積層材料のインプリント加工における微細界面形状の制御, マイクロ・ナノ工学シンポジウム, 2018.10.
74.	米倉和啓，徳丸和樹，工藤健太郎，品川一成，津守不二夫, 面内圧縮インプリントプロセスの開発, マイクロ・ナノ工学シンポジウム, 2018.10.
75.	Fujio TSUMORI, Development of actuation system for artificial cilia with magnetic elastomer, The 39th Marine Genomics Seminar, OIST, 2018.10.
76.	Fujio Tsumori, Micro Forming Process of Ceramic and Glass Materials, 9th KAIST and Kyushu University Joint Workshop , 2018.10.
77.	Seiji Azukizawa, Hayato Shinoda, Fujio Tsumori, Development of 4D Printing System with Magnetic Anisotropy, 9th KAIST and Kyushu University Joint Workshop , 2018.10.
78.	Kazuki Tokumaru, Fujio Tsumori, Micro Co-imprinting Method of Multilayer Ceramics, 9th KAIST and Kyushu University Joint Workshop , 2018.10.
79.	津守不二夫，小豆澤成治，篠田隼人, 磁性粒子分散柔軟材料を用いた４Dプリンティング技術と生体模倣, 高分子討論会, 2018.09.
80.	Atsushi SEKIGUCHI, Yoko MATSUMOTO, Hiroko MINAMI, Yoichi MINAMI, Tomoki NISHINO, Hiroshi TANIGAWA, Kazuki TOKUMARU, Fujio TSUMORI, Kimiyasu AIKAWA, Eiji KOYAMA, Hiroyuki SAITO, Katsumi NAKATSUKA, Minoru HIRANO, and Yukihisa FURUKAWA, The Study of Bile Duct Stent Having Antifouling Properties Using Biomimetics Technique, Micro Nano Engineering 2018, 2018.09.
81.	徳丸和樹，品川一成，津守不二夫, 高性能 SOFC 開発に向けた電極電解質積層材料の微細加工および断面形状制御, 日本機械学会 2018年度年次大会, 2018.09.
82.	Kazuki Tokumaru, and Fujio Tsumori, Micro Co-molding of Laminated Ceramic Material by Imprinting Method, UK-Japan Engineering Education League Workshop, 2018.09.
83.	Seiji Azukizawa, Hayato Shinoda, and Fujio Tsumori, Development of 4D Printing System with Magnetic Anisotropy, UK-Japan Engineering Education League Workshop, 2018.09, 外部磁場により駆動できる柔軟構造体を造形する３Dプリンタを開発した．本発表においては特に微細構造体の造形例として人工繊毛群が協調して駆動する構造を示した．繊毛の協調運動（メタクロナール波）の人工構造による実現は世界初の成果である．.
84.	Hayato Shinoda, Seiji Azukizawa, Kazuki Maeda, Fujio Tsumori, Bio-mimic Motion of Gel Material Dispersed with Magnetic Particles, First International Conference on 4D Materials and Systems, 2018.08.
85.	Atsushi Sekiguchi, Yoko Matsumoto, Hiroko Minami, Tomoki Nishino, Hiroshi Tanigawa, Kazuki Tokumaru, Fujio Tsumori, Study of the anti-fouling polymer sheet which used biomimetics technique, SPIE, Nanoscience and Engineering, 2018.08.
86.	Fujio TSUMORI, 5D printer for FGM, 15th International Symposium on Functionally Graded Materials, 2018.08.
87.	津守不二夫, 生体模倣と５Ｄプリンタ, SAM会, 2018.07.
88.	Seiji Azukizawa, Kazuki Tokumaru, Kentaro Kudo, Kazunari Shinagawa and Fujio Tsumori, 3D Printing System of Magnetic Anisotropy for Artificial Cilia, The 35th International Conference of Photopolymer Science and Technology, 2018.06.
89.	Atsushi Sekiguchi, Yoko Matsumoto, Hiroko Minami, Tomoki Nishino, Hiroshi Tanigawa, Kazuki Tokumaru, and Fujio Tsumori, Study o the Antifouling Polymer Sheet which used Biomimetics Technique, The 35th International Conference of Photopolymer Science and Technology, 2018.06.
90.	小豆澤成治, 篠田隼人, 津守不二夫, 磁性粒子鎖配向型４Dプリンタの開発, 九大-理研-福岡市・ISIT 三者連携シンポジウム, 2018.05.
91.	篠田隼人, 津守不二夫, 磁性粒子分散エラストマーを利用した発電システムの開発, 九大-理研-福岡市・ISIT 三者連携シンポジウム, 2018.05.
92.	小豆澤成治,徳丸和樹,工藤健太郎,品川一成,津守不二夫, 磁性微粒子鎖配向型３Dプリンティング法による磁場駆動アクチュエータの開発, 日本機械学会九州支部第７１期総会講演会, 2018.03.
93.	丸目隆真,工藤健太郎,品川一成,津守不二夫, 外部磁場駆動型人工繊毛による３次元的な繊毛運動の設計, 日本機械学会九州支部第７１期総会講演会, 2018.03.
94.	山田拓也,工藤健太郎,津守不二夫，品川一成, 不均一粉末充填構造を持つマイクロ成形体の焼結解析, 日本機械学会九州支部第７１期総会講演会, 2018.03.
95.	神野謙吾,工藤健太郎,品川一成,津守不二夫, レーザ衝撃波によるセラミック粉末の常温固化に向けた堆積パターニング, 日本機械学会九州支部第７１期総会講演会, 2018.03.
96.	米倉和啓,徳丸和樹,工藤健太郎,品川一成,津守不二夫, 積層インプリントアルミナ成形体のスケールによる材料変形への影響, 日本機械学会九州支部第７１期総会講演会, 2018.03.
97.	安永大輝,工藤健太郎,津守不二夫,品川一成, セラミック平板の焼結変形に及ぼす寸法効果の解析的検討, 日本機械学会九州支部第７１期総会講演会, 2018.03.
98.	小屋石匠,工藤健太郎,津守不二夫，品川一成, セラミック板状粒子の配向挙動に及ぼす異周速圧延の効果, 日本機械学会九州支部第７１期総会講演会, 2018.03.
99.	津守不二夫, AM 法による金属組織および樹脂コンポジットの組織制御, 表面改質技術研究委員会３０周年記念シンポジウム, 2018.03.
100.	津守不二夫, セラミックスナノ粒子分散樹脂を用いたインプリントプロセスの高度化, 応用物理学会ナノインプリント技術研究会, 2018.02.
101.	中島祥太, 徳丸和樹, 津守不二夫, 植物の根形状を利用したセラミック微小流路の作製, ニューセラミックス懇話会第２３０回特別研究会, 2017.12.
102.	米倉和啓, 徳丸和樹, 津守不二夫, 積層インプリント成形体のスケールによる界面形状の変化, ニューセラミックス懇話会第２３０回特別研究会, 2017.12.
103.	徳丸和樹, 津守不二夫, レーザ加工およびインプリントの複合加工による3次元セラミック微小流路の開発, ニューセラミックス懇話会第２３０回特別研究会, 2017.12.
104.	Kengo JINNO, Fujio TSUMORI, Kentaro KUDO, Shinagawa Kazunari, Room temperature impact deposition of ceramic by laser shock wave, The 30th International Microprocesses and Nanotechnology Conference, 2017.11.
105.	Kazuhiro YUNEKURA, Fujio TSUMORI, Kazuki TOKUMARU, Kentaro KUDO, Shinagawa Kazunari, Study on control of interfacial pattern of imprinted multi-layered material, The 30th International Microprocesses and Nanotechnology Conference, 2017.11.
106.	Kazuki TOKUMARU, Simon HUNT, Fujio TSUMORI, Kentaro KUDO, Shinagawa Kazunari, Development of ceramic three-dimensional micro channel by combined process of laser processing and imprinting, The 30th International Microprocesses and Nanotechnology Conference, 2017.11.
107.	Shota NAKASHIMA, Fujio TSUMORI, Kazuki TOKUMARU, Kentaro KUDO, Shinagawa Kazunari, Development of process to build micro channels with the root structure of the plant, The 30th International Microprocesses and Nanotechnology Conference, 2017.11.
108.	Hayato SHINODA, Fujio TSUMORI, Kazuki TOKUMARU, Kentaro KUDO, Shinagawa Kazunari, Development of energy harvesting system using deformation of magnetic elastomer, The 30th International Microprocesses and Nanotechnology Conference, 2017.11.
109.	Ryuma MARUME, Fujio TSUMORI, Kentaro KUDO, Shinagawa Kazunari, Magnetically actuated artificial cilium with similar 3D-movement of natural cilium, The 30th International Microprocesses and Nanotechnology Conference, 2017.11.
110.	徳丸和樹, ハント戴紋, 津守不二夫, 工藤健太郎, 品川一成, レーザ加工とインプリント加工の複合プロセスによるセラミック3次元マイクロ流路の開発 , 第34回「センサ・マイクロマシンと応用システム」シンポジウム, 2017.11, 本研究では，3次元構造のセラミックマイクロ流路を作製する新しい方法を提案する．本研究では，マイクロ流路の上面に波状の構造などの表面パターンを形成することにより，流路上面の表面積拡大と流路長さの延長を行う．セラミックスマイクロ流路は，樹脂に比べて耐熱性，耐食性，耐薬品性，強度などに優れているため，従来の樹脂製流路では使用できない，高温または過酷な環境で使用することができ，高効率の熱交換器，固体酸化物燃料電池の電解質，燃料改質器などのような製品への適用が可能である．セラミックマイクロ流路の作製のために，本研究ではμPI（Micro Powder Imprint）法とレーザ加工を組み合わせた加工プロセスを開発した（1）．図1にマイクロ流路形成プロセスの概要を示す．まず，ホットエンボス用コンパウンドシートとして，セラミック粉末と樹脂を混合する．続いて，レーザ加工により微細な流路パターンに形成された犠牲層を2枚のコンパウンドシートで挟み込み，インプリント処理を行う．その際，犠牲層はコンパウンドシートの表面に沿って変形する．最後に，脱脂・焼成工程において，樹脂および犠牲層を分解し，セラミックのみからなる微細な流路を得た．研究の結果，コンパウンドシートと犠牲層は異なる成形特性を有していた．これは，流路の形状が，材料のインプリント条件または成形性に影響されることを意味する．本研究では，コンパウンドシートの材料比やプレス温度を変えることにより，流路の成形性を制御した．図2に（a）40℃および（b）100℃でインプリントされた試料の断面画像を示し，加圧温度と流路の振幅の関係を図3に示す．これらの結果から，温度の影響を把握し，流路の形状制御を行った．図4は，焼結後のアルミナマイクロ流路のX-CTスキャンによる（a）断面および（b）外観画像である．マイクロ流路の高さは約20μmであり，幅は約40μmであった，X-CT画像からはアルミナマイクロ流路内のクラックなどの欠陥は見られない．図5は，水中での空気を用いた流動試験中のマイクロ流路の出口の写真画像である．流路の入口から送られてきた空気が出口から出ており，微小流路の表面から空気の漏れがないことが確認された．波型モールドによるインプリント加工と，レーザ加工の複合により，マイクロ流路の作製に成功した．作製したマイクロ流路は高効率の熱交換機や，様々な環境下での，MEMS用としての使用が期待できる． .
111.	西山令, 徳丸和樹, 工藤健太郎, 品川一成, 津守不二夫, 磁性粒子分散表面層による自己組織型しわ構造の制御, 第34回「センサ・マイクロマシンと応用システム」シンポジウム, 2017.11, 弾性基板上に，より硬質の薄膜層が存在する場合，この基板を面内方向に圧縮すると表面上にしわ構造が生成する．この自己組織的なパターン周期は上下層の機械的な特性と薄膜層の厚さにより変化することが理論的に示されている(1)．表層の硬質層には金属蒸着膜等の均質な素材を用いた例が多く報告されているが，本研究では微細な粒子を分散させた層を用いる．図1に示すように表層部に粒子を含む層が存在する場合，この部分はコンポジットとなり弾性率も変化する．そのため，変形時にしわが生成する．粒子の密度は容易に変更できるため，物性の制御も容易である．また，本研究では粒子として磁性粒子を用い，磁場印加による粒子鎖構造を生成し機械的異方性を粒子層に付与した．実験にはPDMS（Poly-dimethyl-siloxane; Sylgard184）とカルボニル鉄粉（平均粒径4.36 μm）を用いた．粉末が1 mass%になるように混合・分散し，プラスチック容器に注いだ後，遠心分離機により粒子を沈降させ，容器底部に粒子層を生成した．この際，容器内に材料を装填する深さを変えることで，最終的な粒子層の厚さを変化させたサンプルを得た．その後，水平方向に磁場を印加し粒子鎖構造を生成し，PDMSを硬化した．得られたサンプルに対し所定の一軸ひずみを面内に加えた際，表層部にしわが観察された．図2に圧縮ひずみを与えた際の粒子層厚さとしわ周期との関係を示す．また，図3に，しわが生成するまでに与えたひずみ（臨界ひずみ: εc）を示す．ここでは圧縮方向を粒子鎖構造に対して平行，垂直の2種類のデータを示している．均質材料では，周期は薄膜厚さに比例するが，ここでは非線形の関係が見られた．粒子の沈降時に厚さ方向になんらかの分布が生成していることが予想される．また，しわの周期は粒子鎖の向きにはほとんど影響していないことがわかる．一方，図3に示したしわの生成する限界ひずみ量では，特に層が薄い場合に大きな差が見られる．次に粒子鎖構造の異方性（粒子鎖の向き）をパターニングした例を示す．紫外線硬化型PDMS（KER-4690，信越化学）を用い，マスクを用いたパターニング結果を図4に示す．また，このサンプルを圧縮した様子を図5に示す．与えたひずみ方向と粒子鎖構造が平行な領域にのみしわが生成しており，局所的なしわの生成が制御できることが示された． .
112.	津守不二夫, 丸目隆真, 工藤健太郎, 品川一成, 外部磁場駆動型人工繊毛による3次元的な繊毛運動の再現, 第34回「センサ・マイクロマシンと応用システム」シンポジウム, 2017.11, 真核細胞には繊毛と呼ばれる髪の毛のような小器官が存在する．このような繊毛は，ゾウリムシの体表や哺乳類の呼吸器において，送液や異物の搬送システムとして効果的に機能している．本研究の目的は，磁性粒子を分散した弾性ゴム材料を使用し，天然の繊毛を模倣した優れたマイクロデバイスを開発することである．天然の繊毛の運動では，繊毛が直線的な形状で変形する有効打，曲線的な形状で変形する回復打の2つの異なるストロークを繰り返している．この非対称運動により，低レイノルズ数領域で流れを作り出している．著者らは磁性粒子を分散させたPDMS製の人工繊毛を回転磁場下で駆動させることでこの振る舞いを模倣できることをすでに報告している(1)．図１に，人工繊毛の動きの例を示すが，この例では，人工繊毛は垂直な２次元平面内で運動を行っている．しかしながら，近年，詳細な繊毛の観察により自然界の繊毛が３次元的な運動を行っていることが分かってきた．有効打では繊毛は真っ直ぐな構造になり，回復打では表面に沿うような運動を行っている(2)．また，計算機による最適解析では結果として同様の運動が得られている(3)．このような３次元的な動きを行うため，磁場印加時に図２のような実験のセットアップを用意した．軸方向に垂直に磁化された永久磁石を用意し回転させる．磁石の真下にある点Aは既報において人工繊毛を設置した位置である．この位置では垂直平面内を回転する磁場が得られる．今回の報告では，右横と右斜め前方の点Bおよび点Cに人工繊毛を設置した．図３に磁石を回転させたときの磁束の変化を示す．この単純なシステムを使用して，回転軸を傾斜させた回転磁場を容易に印加することができる．人工繊毛の作製には，シリコーンゴム材料（Ecoflex00-30，Smooth-on）およびカルボニル鉄粉末（径：4.36 μm）を使用した．樹脂材料と磁性粒子を混合し，型に充填し，硬化させピラー状に成形した．柱の高さは3 mm，厚さは150 μmとした．繊毛のスナップショットの一例を図4に示し，繊毛の先端の軌跡を図5に示す．B点およびC点の両方において３次元的な運動が観察された．点Bと点Cでは挙動が異なり，点Cでの動きは，報告されている天然の繊毛の動き(2)と似た挙動が得られた．今後，この人工繊毛を用いPIVによる流れ場解析を行う予定である． .
113.	Seiji AZUKIZAWA, Fujio TSUMORI, Hayato SHINODA, Kazuki TOKUMARU, Kentaro KUDO, Shinagawa Kazunari, Development of printing system for magnetically anisotropic actuator , Micro TAS 2017, 2017.10, We propose a new three-dimensional (3D) printing system for magnetic elastomer, which is composed of photo curable resin dispersed with magnetic particles. The obtained structure is magnetic and flexible so that they can work as an actuator by changing the applied magnetic field. During the curing process, a magnetic field is applied to set magnetic anisotropy at the curing portion, and we can design the motion of the actuator using this anisotropy. It means that we can not only print the 3D-structure but also print the deformation of printed actuator..
114.	神野謙吾, 工藤健太郎, 品川一成, 津守不二夫, レーザ衝撃波によるセラミック粉末の堆積パターニング, 日本機械学会九州支部久留米講演会, 2017.10.
115.	丸目隆真, 工藤健太郎, 品川一成, 津守不二夫, 外部磁場駆動型人工繊毛による 3 次元的な繊毛運動の再現, 日本機械学会九州支部久留米講演会, 2017.10.
116.	津守不二夫, 磁性粒子分散ゴムを利用したマイクロアクチュエータの開発, 日本ゴム協会　ゴムの力学分科会, 2017.07.
117.	Kazuki TOKUMARU, Fujio TSUMORI, Shinagawa Kazunari, Fabrication of Wavy-Electrolyte for SOFC by Micro Imprint Process, 13th International Conference & Exhibition on Ceramic Interconnect & Ceramic Microsystems Technologies, 2017.04, Solid oxide fuel cells (SOFC) are fuel cells made of ceramics. SOFC have the highest efficiency among various kinds of fuel cells. They are mainly used for relatively large scale power source such as power plants. SOFC is expected to be a new main generator; however, energy density is not high and downsizing is also required to be more popular. To enhance the energy density of SOFC, we developed a SOFC with wave-electrolyte layer. As a wavy electrolyte has larger reacting area than a flat-electrolyte, higher energy density could be obtained. We propose a new method to form a wavy electrolyte layer in this work. The aim of our study is to develop a processing method of the thin and wavy YSZ electrolyte for SOFC. Our proposed process is named micro powder imprint (µPI) with multi-layer imprint process that is useful to fabricate micro scale pattern on a ceramic sheet such as an electrolyte layer of SOFC. The µPI is inspired by nano imprint lithography (NIL). NIL is a process to transcribe a nano-pattern on a resin film using a mold, and has been proposed by S. Y. Chou. The process can produce a fine pattern on the surface in high resolution, and is mass-productive. NIL is a process for polymer as a work material, while µPI is a process for inorganic materials. The starting material for µPI is a compound sheet containing material ceramic powder and binder consisting of thermoplastic resin. Fine pattern can be transcribed on a compound sheet by pressing with a mold as similarly with NIL. After imprinting, the resin in the compound is decomposed by heating, and inorganic powder is bonded together during the following sintering step. Authors already have reported fabrication of electrolyte sheet which has micro pattern on one side of the sheet by µPI In this study, we propose a method to form not only an electrolyte sheet but also an anode layers at a one time. Two different sheets were stacked into one sheet as a multi-layer sheet for the µPI process to form a wave-type compound sheet. We could control interface pattern between electrolyte and anode layers by changing mechanical property of each starting compound material. Next the formed layered sheet was sintered subsequently. Generally, it is not easy to sinter two kinds of materials at same time, because different shrinkage rate causes distortion. In this work, we tried several conditions to obtain sound sintered samples. As a result, the SOFC unit cell with wavy-electrolyte was fabricated without any cracking and bending. It is noted that the anode layer was formed at the same time. After adding the cathode layer, we succeeded to prepare a complete cell for testing power generating. The area of interfaces between anode and electrolyte was increased to over 120 % from flat electrolyte. This means a reaction surface area increased and higher efficiency would be expected. By using unit cells with wavy-electrolyte developed by our study, improvement of power generation efficiency of SOFC by simple processing can be expected．.
118.	津守不二夫, 磁性柔軟材料を利用した４次元プリンティング技術の開発と応用, マイクロ接合研究委員会, 2016.12.
119.	津守不二夫, 磁性ゴム材料を用いた人工繊毛とその挙動, エコデザイン・プロダクツ＆サービスシンポジウム２０１６（EcoDePS2016）, 2016.12.
120.	津守不二夫, 材料異方性パターニングによる４次元プリンタ, 第2回日本機械学会イノベーション講演会（iJSME2016）, 2016.11.
121.	Kazuki Tokumaru, Fujio TSUMORI, Kentaro Kudo, Toshiko Osada, Shinagawa Kazunari, Development of multi-layer imprint process for solid oxide fuel cell, 29th International Microprocesses and Nanotechnology Conference, 2016.11.
122.	Ryuma Marume, Fujio TSUMORI, Kentaro Kudo, Toshiko Osada, Shinagawa Kazunari, Development of magnetic-driven artificial cilia with high aspect ratio, 29th International Microprocesses and Nanotechnology Conference, 2016.11.
123.	前出大輝, 津守不二夫, 工藤健太郎, 長田稔子, 外部磁場による磁性粒子分散エラストマの粘弾性制御, 第33回「センサ・マイクロマシンと応用システム」シンポジウム, 2016.10.
124.	津守不二夫, 粉末プロセスを用いたセラミックス薄層への微細加工, 日本塑性加工学会東海支部　第８１回塑性加工懇談会, 2016.10.
125.	Toshiko Osada, Ryuichi Hashikawa, Kentaro Kudo, Fujio TSUMORI, Hideshi Miura, Control The Deformation Of MIM Parts By The Powder Size Distribution, World PM2016, 2016.10, Metal Injection Molding (MIM) process is suitable for fabricating small parts in large quantity. In this work, relatively large and complex shaped parts were prepared thorough MIM. In order to decrease the deformation of sintered parts, powders of different sizes were mixed. The effect of powder particle distribution and powder loading on the distortion of complex shaped compacts were investigated and evaluated. As smaller the particle size of mixed powder, tap density of powder were decreased. However, sintered density and shrinkage were increased. Although high powder loading increased the viscosity during the injection molding, decreased the shrinkage of sintered compact. From these results, smaller deformation of the large and complex shaped parts could be realized by using mixed powder with smaller particle and higher powder loading..
126.	Fujio TSUMORI, Ryuma MARUME, Akinori SAIJOU, Development of artificial cilia actuated by applied magnetic field, The 8th KAIST - Kyushu University Joint Workshop, 2016.09.
127.	津守不二夫, 工藤健太郎, 長田稔子, 磁性粒子分散エラストマーを用いた４Ｄプリンティングプロセスの開発, 日本機械学会年次大会, 2016.09.
128.	前出大輝, 津守不二夫, 工藤健太郎, 長田稔子, 磁性粒子分散エラストマーの磁場による粘弾性特性制御, 日本機械学会年次大会, 2016.09.
129.	長田稔子, 橋川龍一, 工藤健太郎, 津守不二夫, 三浦秀士, 金属粉末射出成形法による大型複雑形状部品の変形制御, 日本機械学会年次大会, 2016.09.
130.	安井健太, 長田稔子, 工藤健太郎, 津守不二夫, 三浦秀士, ヘテロ組織を有する Fe-Mn 超強靭焼結低合金鋼の開発, 日本機械学会年次大会, 2016.09.
131.	工藤健太郎, 長田稔子, 津守不二夫, 三浦秀士, 品川一成, Ti-6Al-4V MIM 焼結体の疲労強度に及ぼす結晶粒径の影響, 日本機械学会年次大会, 2016.09.
132.	津守不二夫, 徳丸和樹, ハント戴紋, 工藤健太郎, 長田稔子, マイクロインプリントプロセスによるセラミックス微細表面パターニング, 日本機械学会年次大会, 2016.09.
133.	津守不二夫, 磁性粒子分散柔軟材料を用いた人工繊毛の開発, 生物規範工学公開講演会, 2016.08.
134.	津守不二夫, 燃料電池高性能化に向けたインプリントプロセスによるセラミックス微細表面加工, 天田財団産学交流会, 2016.07.
135.	津守不二夫, 吉開巨都, 工藤健太郎, 長田稔子, 三浦秀士, Inconel718レーザ三次元積層造形体の異方性, 平成２８年度春季溶接学会全国大会, 2016.04.
136.	Hidenori Kawanishi, Fujio TSUMORI, 工藤健太郎, Toshiko Osada, Hideshi Miura, Development of 3D Printing System for Magnetic Elastomer with Control of Magnetic Anisotropy in the Structure, 28th International Micro Processes and Nanotechnology Conference, 2015.11.
137.	Ryuma Marume, Fujio TSUMORI, Akinori Saijou, 工藤健太郎, Toshiko Osada, Hideshi Miura, Metachronal Wave of Artificial Cilia Array Actuated by Applied Magnetic Field, 28th International Micro Processes and Nanotechnology Conference, 2015.11.
138.	Naoto Yoshigai, 工藤健太郎, Toshiko Osada, Fujio TSUMORI, Hideshi Miura, Anisotropic Mechanical Properties of Ni-base Superalloy Compacts by Direct Laser Forming Technology, 3rd International Conference on Powder Metallurgy in Asia, 2015.11.
139.	Ryuichi Hashikawa, Toshiko Osada, 工藤健太郎, Fujio TSUMORI, Hideshi Miura, Control of the Distortion of Large and Complex Shaped Parts by Metal Injection Molding Process, 3rd International Conference on Powder Metallurgy in Asia, 2015.11.
140.	工藤健太郎, Sek Kin Wai, Toshiko Osada, Fujio TSUMORI, Hideshi Miura, Improvement of Mechanical Properties of Injection Molded Ni-base Superalloy Compacts, 3rd International Conference on Powder Metallurgy in Asia, 2015.11.
141.	Toshiko Osada, Yusuke Kanda, 工藤健太郎, Fujio TSUMORI, Hideshi Miura, High Temperature Mechanical Properties of TiAl Alloy Parts Fabricated by Metal Injection Molding, 3rd International Conference on Powder Metallurgy in Asia, 2015.11.
142.	Choe Jungho, Toshiko Osada, 工藤健太郎, Fujio TSUMORI, Hideshi Miura, Effect of Minor Boron Addition on the Fatigue Strength and High Temperature Properties of Injection Molded Ti-6Al-4V Compacts, 3rd International Conference on Powder Metallurgy in Asia, 2015.11.
143.	H. Ishimitsu, Toshiko Osada, 工藤健太郎, Fujio TSUMORI, Hideshi Miura, Static and Dynamic Fracture Characteristics of the MIM Ti-6Al-4V Alloy Compacts Using Fine Powder, 3rd International Conference on Powder Metallurgy in Asia, 2015.11.
144.	Kazuki Tokumaru, Fujio TSUMORI, 工藤健太郎, Toshiko Osada, Hideshi Miura, Development of corrugated ceramic sheet for SOFC electrolyte by micro imprint process, 3rd International Conference on Powder Metallurgy in Asia, 2015.11, Yttria-stabilized zirconia (YSZ) has been used for an electrolyte of solid oxide fuel cells (SOFC). To enhance the efficiency of SOFC, we developed a corrugated, or wavy-shaped, YSZ sheet for the electrolyte. As the corrugated sheet has larger surface area than a flat-type sheet, higher energy density can be obtained. We have proposed micro powder imprint (µPI) with multi-layer imprint process to fabricate micro scale pattern on both surfaces of a thin YSZ sheet. The µPI is a combined process of nano imprint lithography and powder metallurgy; the resolution is high, and the process is mass-productive. We can use various inorganic materials as powder materials. In this work, we selected a compound material containing YSZ powder and a binder consisting of thermoplastic resin as a starting material. The compound sheet was prepared by tape casting from slurry. Next, the compound sheet was stacked on a silicone rubber sheet and was imprinted by a fine-patterned mold. The silicone rubber was so flexible that micropatterns on the both sides of the compound sheet was obtained after imprinting. For the further improvement of the manufacturing method for a wave-type YSZ electrolyte, higher mold precision, and the process parameters such as temperature and pressure control, are important factors. In the present work, we used laser machining for mold manufacturing, and the process condition of µPI and the heat program of debinding and sintering were also optimized. As a result, a wave-type sintered YSZ sheet without significant defects was successfully obtained..
145.	Simon Hunt, Fujio TSUMORI, 工藤健太郎, Toshiko Osada, Hideshi Miura, Wavy micro channels in micropatterned ceramic sheet formed by combined process of laser beam machining and imprinting, 3rd International Conference on Powder Metallurgy in Asia, 2015.11, Microchannels composed of polymers are commonly used in devices such as MEMS and μTAS (micro total analysis system). In this research, the polymers have been replaced by ceramics, which can endure a much harsher environment. The ceramic micro channels can be used in mechanical parts operated in extreme heat and in the presence of highly reactant chemicals. In this work, the microchannels were fabricated by a combined process, which consists of micro powder imprinting and laser beam machining. A sheet composed of ceramic particles and polymers was prepared. A sacrificial layer, which was laser beam machined into the shape of the microchannels, was placed in between two ceramic compound sheets. A mould was placed on the upper surface then the imprinting process was carried out. By using a deep mould and replacing the sacrificial layer with a material that has larger elongation strength, the microchannels can be shaped into wavy channels which are along the imprinted wavy surface. After heating, the polymers decompose and the ceramic compact was sintered; ceramic micro channels with surface patterns are obtained. As our microchannel forming process enables surface patterning and fabrication of out-of-plane micro channels, the surface area is increased, which enables applications as high efficiency heat exchangers. Moreover, by using yttria stabilized zirconia as structure material, which is used as electron exchanging membranes in solid oxide fuel cells, application on high efficiency fuel cells can be achieved. .
146.	松尾凌輔, 津守不二夫, 澤田廉士, 創造工房での取り組み　-PLANET-Qによる取り組みと大学からの支援-, 平成27年度工学教育研究講演会講演論文集, 2015.09.
147.	長町悠斗, 津守不二夫, 山本泰弘, バルブボディ製作におけるFEMシミュレーション結果と実験の比較, 粉体粉末冶金協会平成27年度春季大会, 2015.05.
148.	XU YANG, Wan Sharzi Wan Harun, 津守不二夫, 長田稔子, 三浦秀士, 有限要素解析による超強靭低合金鋼のメゾへテロ構造評価, 粉体粉末冶金協会平成27年度春季大会, 2015.05.
149.	吉開巨都, 梶原啓太, 津守不二夫, 長田稔子, 三浦秀士, 3Dレーザ積層造形法によるNi基スーパーアロイ構造体の機械的特性, 粉体粉末冶金協会平成27年度春季大会, 2015.05.
150.	Choe Jungho, Toshiko Osada, 工藤健太郎, Fujio TSUMORI, Hideshi Miura, Improvement of fatigue strength for titanium alloy compacts by mim, 2015 International conference on powder metallurgy & particulate materials, 2015.05, Ti-6Al-4V alloy is paid the attention from the automotive and aerospace industries because of its outstanding specific strength and corrosion resistance. On the other hand, Ti-6Al-4V alloy has normally poor workability. Therefore, Metal Injection Molding (MIM) process is hoped to be one of the technique to reduce the manufacturing cost. Recently many researches for Ti-6Al-4V compacts by MIM process were reported, however, there are a few reports about fatigue fracture properties. According to our previous study, they presented a problem of low fatigue strength compared to wrought material. In this study, to improve the fatigue strength of Ti-6Al-4V compacts by MIM process, a little amount of boron was added by using TiB2 powder. Boron showed the effect of refining the grain size of lamellar structure of Ti-6Al-4V compacts, which lead to increase the fatigue strength..
151.	津守不二夫, 積層造形技術による金属部材および磁性粒子分散ゴムの成形, 溶射造形研究集会, 2015.03.
152.	吉開巨都, 梶原啓太, 津守不二夫, 長田稔子, 三浦秀士, レーザ積層造形法によるNi基スーパーアロイ構造体の機械的特性, 平成26年度塑性加工学会九州若手技術交流会, 2014.11.
153.	Lijan SHEN, Fujio TSUMORI, Toshiko Osada, Hideshi Miura, Hierarchical patterning by multi-step micro imprinting process for layered material, 7th Asia Workshop on Micro/Nano Forming Technology, 2014.11.
154.	Simon HUNT, Fujio TSUMORI, XU YANG, Toshiko Osada, Hideshi Miura, Surface Patterned Ceramic Sheet with Micro Channels by Combined Process of Laser Beam Machining and Imprinting, 27th International Microprocesses and Nanotechnology Conference, 2014.11.
155.	Akinori SAIJOU, Fujio TSUMORI, XU YANG, Toshiko Osada, Hideshi Miura, Development of Actuation System for Artificial Cilia with Magnetic Elastomer, 27th International Microprocesses and Nanotechnology Conference, 2014.11.
156.	馬場園卓哉, 長田稔子, 津守不二夫, 三浦秀士, レーザ粉末積層溶融法による３Ｄ部材の機械的特性, 粉体粉末冶金協会Ｈ２６秋季大会, 2014.10.
157.	神田祐輔, 長田稔子, 津守不二夫, 三浦秀士, 金属粉末射出成形によるTiAl合金部材の室温・高温機械的特性, 粉体粉末冶金協会Ｈ２６秋季大会, 2014.10.
158.	宋子奇, 長田稔子, 津守不二夫, 三浦秀士, ヘテロ組織を利用したＭＩＭ超強靭焼結低合金鋼の動的破壊特性, 粉体粉末冶金協会Ｈ２６秋季大会, 2014.10.
159.	佐野陽平, 長田稔子, 津守不二夫, 三浦秀士, 田家真紀子, 田中茂雄, 畠山賢彦, 砂田聡, MIMによるFe-Cr系軟磁性材料の磁気特性に及ぼすCr量の影響, 粉体粉末冶金協会Ｈ２６秋季大会, 2014.10.
160.	Fujio TSUMORI, XU YANG, Yuki TANAKA, Toshiko Osada, Hideshi Miura, Micrometer-scale imprinting process for ceramic sheet from powder compound material, 11th International Conference on Technology of Plasticity, 2014.10, A micro patterning process for thin ceramic sheets is proposed and developed in this paper. Thin sheets with a micro pattern have been expected to improve performance of solid oxide fuel cell (SOFC). The authors focused on imprinting and powder metallurgy processes, and have developed the combined process, which has been named micro powder imprinting (μPI) process. In this process, ceramic powder and polymer binder materials are mixed with pure water by milling machine. After drying out the water from the slurry, a thin compound sheet was obtained. Subsequently, the sheet was pressed using a fine patterned mold with heating to transcribe a micro pattern on the sheet. Finally, the imprinted sheet was heated for removing the polymer binder and for sintering. As further improvement of the process, a compound sheet was stacked on a pure polymer sheet during the imprint process to transcribe a micro pattern on the both sides of the sintered sample. The technique is useful for improved SOFC..
161.	三浦秀士, 齋藤修, 川島慎太郎, 長田稔子, 津守不二夫, 転造加工による SCM415 焼結合金歯車の歯元曲げ疲労強度の向上, 日本機械学会, 2014.09, Sintered materials have been widely used in various industrial fields because of their higher performance properties and lower production costs. However, it has been still difficult to employ sintered material for high strength parts such as transmission gears of vehicle. Since many pores remain in the sintered body, resulted in lower fatigue strength. In this paper, rolling process is applied to sintered SCM415 gear to overcome this issue. Tooth surface on the sintered gear was densified by the rolling process. The surface area is the most critical parts of the gear, so that fatigue strength of the gear could be improved by the densification. As a result of the densification process, higher fatigue strength as same as that of wrought material was obtained..
162.	Yuto NAGAMACHI, Yasuhiro YAMAMOTO, Fujio TSUMORI, Comparison of the experimental and FEM simulation results for the manufacture of a valve body, 11th international conference on Hot Isostatic Pressing, 2014.06.
163.	津守不二夫, 田中優紀, XU YANG, 長田稔子, 三浦秀士, 積層インプリントプロセスによるセラミックシート両面への微細パターニング, 平成26年度塑性加工春季講演会, 2014.06.
164.	XU YANG, 長田稔子, 津守不二夫, 三浦秀士, 焼結低合金鋼の超強靭化を目的とした有限要素法によるメソヘテロ組織設計, 粉体粉末冶金協会春季講演大会, 2014.06.
165.	長田稔子, 櫻井亮輔, XU YANG, 津守不二夫, 三浦秀士, 戸田欽二, 原料粉末粒度分布制御による MIM 大形複雑形状品の変形抑制, 粉体粉末冶金協会春季講演大会, 2014.06.
166.	XU YANG, Fujio TSUMORI, Toshiko Osada, W.S.W. Harun, Hideshi Miura, 3D Modeling of Heterogeneous Microstructure for Super High Strengthened Low Alloy Steels by MIM Process, 2014 World Congress on Powder Metallurgy & Particulate Materials, 2014.05, In this study, a numerical 3D modeling using FEM for typically heterogeneous Microstructure for super high strengthened low Fe-Ni alloy steel, which was obtained by metal injection molding (MIM) process, is investigated. The designing of geometry models and material properties are introduced according to the experimental data. Moreover, the predicted stress-strain curve and distribution of each model are discussed..
167.	赤峯彰, 山口哲生, 沈立然, 津守不二夫, 澤江義則, ヤモリを模擬したミクロ曲り梁配列構造の動力学, 日本機会学会九州学生会第45回卒業研究発表講演会, 2014.03.
168.	浜田奈津輝, 長田稔子, XU YANG, 津守不二夫, 三浦秀士, 金属粉末射出成形プロセスによる超硬合金部材の創製と諸特性, 日本機会学会九州学生会第45回卒業研究発表講演会, 2014.03.
169.	越川卓, 津守不二夫, 平林祐次郎, 仲辻毅, XU YANG, 長田稔子, 三浦秀士, 磁性粒子分散エラストマーにおける粒子間の磁気的相互作用を用いた発電デバイスの開発, 粉体粉末冶金協会平成25年度秋季大会, 2013.11.
170.	長谷川修, 津守不二夫, XU YANG, 長田稔子, 三浦秀士, レーザ加工および粉末冶金の複合プロセスによるセラミックシート上への微細パターンの形成, 粉体粉末冶金協会平成25年度秋季大会, 2013.11.
171.	三浦秀士, Harun W.S.W., 長田稔子, XU YANG, 津守不二夫, ヘテロ組織を利用した超強靭焼結合金鋼の創製と解析, 日本機械学会第２１回機械材料・材料加工技術講演会, 2013.11.
172.	Fujio TSUMORI, Takuma Abe, Syuhei Seki, Koichi Nagasawa, Actuation of magnetic particles on array of magnetic elements, 26th International Microprocesses and Nanotechnology Conference, 2013.11.
173.	Yuki Tanaka, Fujio TSUMORI, XU YANG, Toshiko Osada, Hideshi Miura, Development of improved SOFC electrolyte sheet by micro imprinting proess for layered material, 26th International Microprocesses and Nanotechnology Conference, 2013.11.
174.	三浦秀士, 長田稔子, XU YANG, 津守不二夫, W.S.W.Harun, MIM による超強靭焼結低合金鋼のメゾヘテロ組織解析, 日本金属学会, 2013.09.
175.	狭間拓哉, 徳岡輝和, XU YANG, 長田稔子, 津守不二夫, 三浦秀士, Fe-Ni系焼結合金のメゾへテロ組織における転造加工の影響, 日本塑性加工学会第７回西日本若手技術交流会, 2013.09.
176.	佐野陽平, 長田稔子, 津守不二夫, 三浦秀士, 大久保健児, 田家真紀子, 岩津修, 田中茂雄, 金属粉末射出成形プロセスによるFe-Cr系材料の磁気特性, 日本機械学会年次大会, 2013.09, Fe-Cr soft magnetic materials have been used for solenoid valves and electronic fuel injector because of their high corrosion resistance and excellent magnetic properties in AC magnetic field. Conventionally, Fe-Cr soft magnetic parts have been produced by machining. The authors applied Metal Injection Molding (MIM) process to fabricate Fe-Cr compacts. MIM process is one of near net shape forming techniques of metal powders, which can produce complicated parts with low processing cost. The objective of this study is to investigate the effect of Cr contents on the magnetic properties of Fe-Cr compacts fabricated by MIM process. The magnetic properties were measured in DC and AC magnetic fields. Three types of MIM compacts were fabricated, which contain 5, 11 and 17 %Cr. These compacts were sintered at 1250-1350 °C for 3 hours in H2 and they showed nearly full density. As a result, magnetic flux density and coercivity of MIM compacts are comparable to that of Fe-13Cr-2Si material (K-M31) which is a conventional material. Moreover, Cr contents improve the initial permeability and relative loss factor in AC field..
177.	Fujio TSUMORI, XU YANG, HYUNGOO KANG, Toshiko Osada, Hideshi Miura, SIMULATION OF DEFORMATION OF LAYERED SHEET DURING MICRO POWDER IMPRINTING PROCESS, XII International Conference on Computational Plasticity, 2013.09, This paper reports simulation of deformation during micro powder imprinting process, which is a newly developed process to form micro patterned surface on ceramic sheets. The process is proposed as a combined process of traditional hot-embossing and powder metallurgy. A compound sheet of powder material and polymer binder is pressed by a mold to be transcribed a micro-pattern on its surface. After pressing, the binder is removed by heating, and the sheet is sintered. Finally dense ceramic sheet with fine pattern can be obtained. This process can be used also for layered sheet of two different materials. By using this layered sheet, we can make a pattern not only on the surface of the upper layer but also along the interface between each layer. Of course, the same pattern with the mold’s shape can be transcribed on the surface, while, there can be found another micro pattern along the interface. These two patterns of the surface and the interface are useful to fabricate ceramic sheet with patterns on its both surfaces. For example, if a compound sheet was used as an upper layer and a pure organic sheet as a lower, the lower organic layer can act as a sacrificed layer. After debinding and sintering, only the upper layer remains, which has micro-patterns on the both sides. The shape of interface between layers can be controlled by changing properties of layers. It could be also influenced by the imprinting conditions, such as temperature and pressure. In order to design the shape of the interface, finite element analysis was employed in the present paper. Mooney-Rivlin’s deformation model was used to express deformation of materials during imprinting. In this paper, we compared the simulated results with experimental data to show effectiveness of the present simulation method. .
178.	Wan Sharuzi Wan Harun, Toshiko Osada, XU YANG, Fujio TSUMORI, Hideshi Miura, FINE HETEROGENEOUS MICROSTRUCTURE AND MECHANICAL PROPERTIES OF MIM FE-NI ALLOY STEELS, PowderMet2013, 2013.06, The microstructure and mechanical properties of high performance sintered Fe-Ni alloy steels by using metal injection molding (MIM) process were investigated. The mixed elemental materials, iron and wateratomized Ni powders, were utilized in this study. The microstructure of the compacts have been consistently structured heterogeneously by molding and sintering the mixed elemental powders as same as our previous reports. In this study, the microstructural aspects of the compact were changed by the characteristics of Ni powder, such as particle size, shape, and distribution, which play important roles in the deformation behavior. Eventually, tempered compacts added 6 mass% fine Ni powder showed ultrahigh strength of more than 2 GPa (290 ksi) and elongation of higher than 8 %. In order to understand how the microstructure results these high mechanical properties, we developed 2D finite element modeling based on the spatial distribution obtained experimentally. The simulated results of the models were compared to experimentally obtained behavior, and showed good agreements..
179.	野元宣寿, KANG HYUNGOO, 長田稔子, 津守不二夫, 三浦秀士, レーザ照射による金属基板上への多孔質薄層の形成, 粉体粉末協会春季大会, 2013.05.
180.	櫻井亮輔, 長田稔子, XU YANG, 津守不二夫, 三浦秀士, 戸田欽二, SUS316L粉末の粒度および粒度分布がMIM焼結部材の諸特性に及ぼす影響, 粉体粉末冶金協会春季大会, 2013.05.
181.	津守不二夫, XU YANG, 高橋昌史, 橋本聖矢, KANG HYUNGOO, 長田稔子, 三浦秀士, 多段階積層インプリントプロセスによるセラミックス微細薄膜構造体の作製, 粉体粉末冶金協会春季大会, 2013.05.
182.	西條明憲, 津守不二夫, XU YANG, KANG HYUNGOO, 長田稔子, 三浦秀士, 磁性小要素に誘起されるトルクを駆動源としたマイクロアクチュエータの開発, 粉体粉末冶金協会春季大会, 2013.05.
183.	XU YANG, TSUMORI Fujio, HASHIMOTO Seiya, TAKAHASHI Masashi, KANG HYUNGOO, Osada Toshiko, Miura Hideshi, Improvement of Solid Oxide Fuel Cell by Imprinted Patterns on Electrolyte, IEEE-NEMS2013, 2013.04, This paper reports an improved interfacial structure between electrode and electrolyte of Solid Oxide Fuel Cell (SOFC). We employed an imprint process to give fine patterns onto a ceramic electrolyte sheet. The imprint process is a powerful tool to transcribe nano- to micro-patterns on materials. In the present work, a sheet of ceramic compound material was prepared, and micro patterns were given on the sheet. After debinding and sintering, dense ceramic sheet with fine patterns were obtained. We prepared three kinds of electrolyte sheets with different surface patterns using this technique. After applying anode and cathode layers, the three fuel cell samples were assembled to test the cell performance. It was resulted that the finer pattern caused the best performance in the three samples..
184.	TSUMORI Fujio, HATAMA Kenji, KANG HYUNGOO, Osada Toshiko, Miura Hideshi, Magneto-FEM analysis for Micro Actuator using Array of Magnetic Elements, IEEE-NEMS2013, 2013.04, This paper reports a magnetic actuator using interaction between micro magnetic elements. It was already reported that the present actuator can work even if the structure was miniaturized to nano-scale. In the present work, simple fabrication process with photolithography and PDMS casting was employed to obtain beam type structures with micro array of magnetic elements on their surface. Two samples with simple grid patterns were prepared for testing. These samples had the same grid pattern but different orientation, which caused directly opposite bending deformation under the same applied magnetic field. We used magneto finite element method (FEM) to explain the behavior of the present actuators..
185.	三浦秀士, W. S. W. Harun, 長田稔子, XU YANG, 津守不二夫, KANG HYUNGOO, MIMによる超強靭焼結低合金鋼のメゾヘテロ組織と特性評価, 日本鉄鋼協会，第165回春季講演大会, 2013.03.
186.	橋本聖矢，津守不二夫，徐楊，高橋昌史，姜賢求，長田稔子，三浦秀士, 微細インプリントプロセスを用いた波型形状を有する高性能SOFC電解質層の開発, 機械学会九州支部講演会, 2013.03.
187.	高橋昌史，津守不二夫，徐楊，橋本聖矢，姜賢求，長田稔子，三浦秀士, 多段階インプリントプロセスによるセラミックシート表面上への多階層微細パターニング, 日本機械学会九州支部講演会, 2013.03.
188.	Hideshi Miura, Syunsuke Morinaka, Toshiko Osada, Hyungoo Kang and Fujio Tsumori, Room and High Temperature Properties of Injection Molded Superalloy Compacts, TMS 2013 142nd ANNUAL MEETING & EXHIBITION , 2013.03, Superalloys have been used for aerospace application because of their excellent attributes of high strength, corrosion and oxidation resistance at high temperature. The Inconel 718 and Rene 95 are representative Ni based superalloys. However, it is not easy to produce the complicated parts at low cost due to their poor workability. Moreover, segregation occurred in casting. Metal Injection Molding (MIM) process, one of near net shape forming of powders, has been applied to fabricate the both superalloy compacts. By optimizing MIM process parameters, near full density was obtained. Tensile strength of the heat-treated MIM compacts shows excellent values that are higher strength than that of wrought materials. Strength and fatigue properties at high temperature will be discussed in detail..
189.	長田稔子，森中俊輔，姜賢求，津守不二夫，三浦秀士, 金属粉末射出成形によるニッケル基超合金Rene95の機械的特性評価, 粉体粉末冶金協会平成24年度秋季大会, 2012.11.
190.	長田稔子，姜賢求，津守不二夫，三浦秀士，Shinta VIRDHIAN, 金属粉末射出成形によるチタン合金大形部材の変形挙動, 粉体粉末冶金協会平成24年度秋季大会, 2012.11.
191.	津守不二夫，工藤健太郎，姜賢求，長田稔子，三浦秀士, 転造加工による焼結鋼の気孔径分布変化と疲労強度への影響, 粉体粉末冶金協会平成24年度秋季大会, 2012.11.
192.	齋藤修，姜賢求，長田稔子，津守不二夫，三浦秀士, 転造方式の違いによるSCM415焼結合金鋼歯車の歯元曲げ疲労強度への影響, 第63回塑性加工連合講演会, 2012.11.
193.	徳岡輝和，工藤健太郎，山本龍，津守不二夫，三浦秀士, 焼結Ni合金鋼によるヘテロ組織及び転造が疲労特性に与える影響, 第63回塑性加工連合講演会, 2012.11.
194.	津守不二夫，姜賢求，長田稔子，三浦秀士, 転造加工による焼結材内部気孔分布の変化, 第63回塑性加工連合講演会, 2012.11.
195.	徐楊，津守不二夫，姜賢求，長田稔子，三浦秀士, 粉末マイクロインプリント（μPI）法による高アスペクト円錐孔アレイ表面を有するセラミックシートの作製, 第63回塑性加工連合講演会, 2012.11.
196.	T. Nomoto, H. G. Kang, T. Osada, F. Tsumori, H. Miura, Formation of Bronze Porous Layer on the Ferrous Substrate by Laser Forming, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
197.	H. G. Kang, K. Yamada, T. Osada, F. Tsumori, H. Miura, Mechanical Properties of Direct Metal Laser Formed Ti Alloy Parts, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
198.	F. Tsumori, H. Kang, T. Osada, H. Miura, Particle Packing Simulation Using Vibration Method, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
199.	T. Tokuoka, T. Yamamoto, K. Kudo, F. Tsumori, T. Nishioka, H. Miura, Effect of Heterogeneous Microstructure on Mechanical Properties of Sintered Ni Alloy Steels, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
200.	T. Hazama, T. Tokuoka, H. Kang, T. Osada, F. Tsumori, H. Miura, Effect of Mezzo-heterogeneous Microstructure on the Mechanical Properties of Fe-Ni Sintered Alloy Steels, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
201.	F. Tsumori, S. Hashimoto, M. Takahashi, Y. Xu, H. Kang, T. Osada, H. Miura, Micro Imprinting Process for Surface Patterning of Ceramic Sheet, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
202.	S. Morinaka, T. Osada, H. G. Kang, F. Tsumori, H. Miura, Mechanical Properties of Rene95 Superalloy Compacts by Metal Injection Molding, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
203.	S. Virdhian, T. Osada, H. G. Kang, F. Tsumori, H. Miura, Distortion of Large and Complex Shaped Ti and TI-6Al-4V Alloy Compacts by Metal Injection Molding Process, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
204.	W. S. W. Harun, T. Osada, H. G. Kang, F. Tsumori, H. Miura, Evaluation of Heterogeneous Microstructure for Ultrahigh Strengthening MIM Sintered Low Alloy Steels, Powder Metallurgy World Congress & Exhibition PM2012, 2012.10.
205.	齋藤修，姜賢求，長田稔子，津守不二夫，三浦秀士, 各種転造プロセスによる焼結歯車の高強度化, 日本塑性加工学会第6回西日本若手技術交流会, 2012.09.
206.	三浦秀士，長田稔子，津守不二夫，姜賢求，W.S.W.Harun, Fe-Ni焼結合金鋼（MIM材）のメゾヘテロ組織制御による超強靭化, 日本金属学会2012年秋季講演大会, 2012.09.
207.	三浦秀士，姜賢求，永田優介，長田稔子，津守不二夫, レーザフォーミングによるTi-6Al-4V積層造形体の特性について, 日本機械学会年次大会, 2012.09.
208.	Hyungoo Kang, Yusuke Nagata, Toshiko Osada, Fujio Tsumori, Hideshi Miura, Improvement of Mechanical Property of Direct Metal Laser Formed Compacts by Thin Layer Feeding, International Conference on Materials Processsing Tehcnology 2012, 2012.06, The effect of feeding layer height (FLH) on the characteristics of direct metal laser formed compacts was investigated. FLH is very important factor in direct metal laser forming (DMLF) process because amount of melted metal pool is decided by FLH and it affects to surface roughness, relative density and mechanical properties of DMLFed compacts. In this study, tensile specimens were manufactured in various FLH. And surface roughness, relative density and tensile strength were assessed. In the case of 100 m FLH, surface roughness was reduced and nearly full density (99.8 %) was obtained. Tensile strength of this dense compact was1080 MPa, which is higher than ASTM value..
209.	Toshiko Osada, Munehiro Noda, Hyungoo Kang, Fujio Tsumori, Hideshi Miura, Dynamic Fracture Characteristics of Injection Molded Titanium Alloy Compacts, International Conference on Materials Processsing Tehcnology 2012, 2012.06, Titanium and its alloys are used in various fields because of their excellent characteristics; high specific strength, corrosion resistance, biocompatibility and so on. As the dynamic fatigue property is of great importance in practical use, fatigue characteristics of injection molded Ti and Ti-6Al-4V compacts were investigated in this study. Sintering conditions change relative density and pore structure of specimen, and this change causes variation of the fatigue strength. Since the sintered specimens contains pores inside, the fatigue strength of sintered specimen is generally lower than that of wrought materials. Fatigue strength obtained in this study was a third of static tensile strength, it is considered that crack start from a pore on the surface of the specimen during the test. The fracture behaviors of specimens are discussed in detail by in-situ observation of the crack propagation on the specimen surface. Furthermore, Cr powder was added to Ti-6Al-4V powder to improve the fatigue strength. Grain size in the sintered Cr-added specimen was much smaller than the specimen without Cr. Fatigue strength of Cr-added specimen was improved because of this micro structure. Moreover, HIP was conducted to Cr-added specimen. HIP specimen which has over 99 % relative density shows higher fatigue strength, and fracture behavior is similar to wrought materials..
210.	Yang Xu, Fujio Tsumori, Hyungoo Kang, Toshiko Osada, Hideshi Miura, Improved Process for Fabrication of Solid Oxide Fuel Cell Based on the Micro Powder Imprinting Technology, International Conference on Materials Processsing Tehcnology 2012, 2012.06, Two improved fabricating processes are proposed to improve efficiency of a solid oxide fuel cell (SOFC) and to achieve the time saving in the process. The first process is based on the fabrication of high performance electrolyte sheet with micro patterns on the surface. A new manufacturing method of micro Powder Imprinting (μPI), which has the lower cost and fewer steps than conventional processes, is introduced to fabricate the thin YSZ sheet with the micrometer-scale patterns. Compound material of YSZ powder and organic binder is prepared to imprint micro patterns on the surface. Imprinted samples were debound and sintered, and then the well transcribed line and space patterns were obtained, the pitches of which were from millimeter scale to single micro scale. The second process is based on the thermal imprinting to an electrolyte-anode ceramic bilayer sheet. After imprinting, the co-sintering process was carried out. The resulting wavy interface between electrolyte and anode layer increased efficiency of SOFC and could avoid the peeling-off from each layer. The same technique would be applied for imprint process of triple-layer material, which is necessary to fabricate anode-electrolyte-cathode cell structure at one time..
211.	W. S. W. Harun, Toshiko Osada, H. G. Kang, Fujio Tsumori, Hideshi Miura, Investigation of Fine Heterogeneous Microstructure on the Mechanical Properties of MIM Fe-Ni Alloy Steels, 粉体粉末冶金協会平成24年度春季大会, 2012.05.
212.	津守不二夫，姜賢求，長田稔子，三浦秀士, 有限要素磁場解析による磁性要素・エラストマー型微細アクチュエータの挙動解析, 粉体粉末冶金協会平成24年度春季大会, 2012.05.
213.	S. Virdhian, T. Osada, T. Sonoda, H.G. Kang, F. Tsumori, and H. Miura, Evaluation and Analysis of Distortion of Complex Shaped　Ti-6Al-4V Compacts by Metal Injection Molding Process, Powder Processing, Consolodation and Metallurgy of Titanium, 2011.12.
214.	工藤健太郎，姜賢求，津守不二夫，三浦　秀士，徳岡　輝和，西岡　隆夫, 高Ni焼結合金鋼におけるメゾヘテロ組織及び転造の面圧疲労強度に及ぼす影響, 粉体粉末冶金協会平成23年度秋季大会, 2011.10.
215.	Yang Xu, Fujio Tsumori, Hyung-goo Kang, Hideshi Miura, Fabrication of Micro Patterned Ceramic Structure by Imprinting Process (the 2nd Report)―3D Structures on Multilayer Ceramic Sheet, 粉体粉末冶金協会平成23年度秋季大会, 2011.10.
216.	永田優介，姜賢求，津守不二夫，三浦秀士, レーザーフォーミング法によるチタン合金部材の高密度・高精度化, 粉体粉末冶金協会平成23年度秋季大会, 2011.10.
217.	Shinta Virdhian，姜　　賢求，長田　稔子，津守不二夫，三浦　秀士, Effects of Processing Parameters on The Distortion of Injection Molded Ti6Al4V alloy, 粉体粉末冶金協会平成23年度秋季大会, 2011.10.
218.	W.S.W.Harun，姜賢求，長田　稔子，津守不二夫，三浦　秀士, Effects of Sintering Atmosphere on MIM Processing of 440C Stainless Steel, 粉体粉末冶金協会平成23年度秋季大会, 2011.10.
219.	Y. Xu, F. Tsumori, K. Hatama, H. Kang and H. Miura, Micro Thermal Imprinting on Powder-polymer Multilayer Substrate, 24 th International Microprocesses and Nanotechnology Conference, 2011.10.
220.	K. Hatama, F. Tsumori, Y. XU, H. Kang and H. Miura, Magnetic Micro Actuator using Interactive Force between Magnetic Elements, 24 th International Microprocesses and Nanotechnology Conference, 2011.10.
221.	畑間健司，姜賢求，津守不二夫，三浦秀士, 磁性粒子分散エラストマーの磁場中粘弾性評価, 日本鉄鋼協会, 2011.09.
222.	Yang Xu, Fujio Tsumori, Takuro Nishida, Hyun-Goo Kang, Hideshi Miura, Effects of Sintering Parameters on Morphology of the Single/Multi Layer Ceramic Sheet with Micro Pattern for Solid Oxide Fuel Cell, International Conference on Sintering 2011, 2011.09.
223.	H. G. Kang, Y. Xu, F. Tsumori, H. Miura, Fabrication of Micro Patterned Ceramic Mold by Laser Patterning, International Conference on Sintering 2011, 2011.08.
224.	S. Virdhian, T. Kawatani, T. Osada, F. Tsumori, H. Miura, Evaluation and Analysis of Distortion for Injection Molded Ti6Al4V Thick Parts, International Conference on Sintering 2011, 2011.08.
225.	工藤健太郎，姜賢求，津守不二夫，三浦秀士, 高Ni焼結合金鋼におけるメゾヘテロ組織及び転造の面圧疲労強度に及ぼす影響, 日本金属学会九州支部，日本鉄鋼協会九州支部，軽金属学会九州支部，共催合同学術講演大会, 2011.06.
226.	永田優介，姜賢求，津守不二夫，三浦秀士, 高密度化に向けたレーザーによる低融点金属粉末の積層造形, 日本金属学会九州支部，日本鉄鋼協会九州支部，軽金属学会九州支部，共催合同学術講演大会, 2011.06.
227.	森中俊輔，姜賢求，津守不二夫，三浦秀士, Ni基超合金Rene95への金属粉末射出成形プロセスの応用, 日本金属学会九州支部，日本鉄鋼協会九州支部，軽金属学会九州支部，共催合同学術講演大会, 2011.06.
228.	Shinta Virdhian, Hyungoo Kang, Fujio Tsumori, Hideshi Miura, Fabrication of Injection Molded Ti6Al4V Thick Parts through MIM Process, 日本金属学会九州支部，日本鉄鋼協会九州支部，軽金属学会九州支部，共催合同学術講演大会, 2011.06.
229.	WH. W. Sharuzi, H. Kang, F. Tsumori, H. Miura, K. Toda, The Effect of Sintering Temperature in Vacuum on Properties of 440C Stainless Steel, 日本金属学会九州支部，日本鉄鋼協会九州支部，軽金属学会九州支部，共催合同学術講演大会, 2011.06.
230.	三浦　秀士，池田光，長田稔子，津守不二夫, スーパーアロイＭＩＭ材の疲労破壊特性, 粉体粉末冶金協会平成23年度春季大会, 2011.05.
231.	Fujio TSUMORIO, Yang XU, Micro Patterning by Imprint Process for Solid Oxide Fuel Cell, International HYDROGENIUS and I2CNER Joint Symposium, 2011.02.
232.	Fujio TSUMORI, Jens BRUNNE, Magnetic Actuator Using Interaction Between Micro Magnetic Elements, IEEE MEMS, 2011.01.
233.	Yang XU, Fujio TSUMORI, Takuya TOYOOKA, Hidetoshi KOTERA, Hideshi MIURA, Effects of Resist Thickness and Viscosity on the Cavity Filling Capability in Bilayer Imprint Embossing, International Microprocesses and Nanotechnology Conference, 2010.11.
234.	石井智之，姜賢求，津守不二夫，三浦秀士, レーザ粉末積層造形法による多孔質超硬合金の創製, 粉体粉末冶金協会平成22年度秋季大会, 2010.11.
235.	姜賢求，津守不二夫，三浦秀士, 直接金属レーザー製造技術(DMLF)による密度傾斜材料のための気孔組織の制御, 粉体粉末冶金協会平成22年度秋季大会, 2010.11.
236.	H. Miura, T. Iwahashi, T. Osada, F. Tsumori, High Temperature and Fatigue Properties of Injection Molded Superalloy Compacts, Powder Metallurgy World Congress & Exhibition PM2010, 2010.10.
237.	H.Miura, K.Okawachi, H.Kang, F.Tsumori, K.Kurata, Laser forming technique for medical devices of Ti alloy powders, Metal Forming 2010, 2010.09.
238.	H.Miura, K.Okawachi, H.Kang, F.Tsumori, K.Kurata and N.Arimoto, Laser Forming of Ti-6Al-7Nb Alloy Powder Compacts for Medical Devices, The 7th Pacific Rim International Conference on Advanced Materials and Processing, 2010.08.
239.	Fujio TSUMORI, Discrete Element Method, FRIAS Seminar, 2010.07.
240.	Fujio TSUMORI, Deformable Micropillar Array using Magnetic Particles and Elastic Material, IMTEK Poster Session, 2010.06.
241.	Hideshi MIURA, Kenta OKAWACHI, Hyun Goo KANG, Fujio TSUMORI, Kosaku KURATA, Laser Forming Technique for Medical Devices of Ti Alloy powders, 13th International Conference on Metal Forming, 2010.05.
242.	三浦秀士，大川内健太，姜賢求，津守不二夫, 医療用デバイスに向けたTi-6Ak-7Nb合金粉末のレーザフォーミング, 粉体粉末冶金協会平成22年度春季大会, 2010.05.
243.	F. Tsumori and H. Kotera, Simulation of Magnetic Powder Structure by Coupled FEM-DEM Modeling, Particles 2009, 2009.11.
244.	Naoki Miyano, Masashi Morieda, Yuji Teramura, Fujio Tsumori, Hiroo Iwata and Hidetoshi Kotera , Micron-Spiked Electrodes Produced of Stainless Steel for Gene Transfer Device, Sensor Symposium, 2008.01.
245.	F. Tsumori, N. Miyano, H. Kotera, Development of Micro Pillar Array Actuator, Sensor Symposium, 2008.01.
246.	N. Miyano, M. Morieda, Y. Inoue, Y. Teramura, F. Tsumori, H. Iwata and H. Kotera, Application of Micron-spiked Electrodes Produced by the Phase Transformation Phenomenon of Stainless Steel for Gene Transfer Device, Micro Total Analysis Systems, 2008.01.
247.	Fujio Tsumori, Naoki Miyano, Akio Fukui, Koji Sagawa, Hidetoshi Kotera, Deformable Micro Pillar Array with Magnetic Particles and Elastic Material, Int. Conf. Computational Plasticity, 2007.01.
248.	Fujio Tsumori, Naoki Miyano, Akio Fukui, Koji Sagawa, Hidetoshi Kotera, Development of Deformable Micropillar Array using Magnetic Particles and Elastic Material, Intelligent Processing and Manufacturing of Materials, 2007.01.
249.	Fujio Tsumori, Keiichiro Hayakawa and Susumu Shima, Simulation of Powder Behavior Based on Discrete Model Taking Account of Surface Effect of Particles, Int. Conf. Computational Plasticity Fundamentals and Applications, 2005.01.
250.	Fujio Tsumori and Susumu Shima, Simulation of Column Structure Growth of Magnetic Powder in Applied Magnetic Field by Coupled FEM-DEM Modeling, Intelligent Processing and Manufacturing of Materials, 2005.01.
251.	Fujio Tsumori, Hiroyuki Ogawa and Susumu Shima, On-demand Droplet Spotter for Formation of Micropattern Using Electrostatic Force, Powder Metallurgy & Particulate Materials, 2005.01.
252.	Fujio Tsumori, Masamichi Hirata and Susumu Shima, Column Structure Growth Simulation of Magnetic Particles by Distinct Element Method Coupled with Magneto-FEM, Powder Metallurgy & Particulate Materials, 2005.01.
253.	Fujio Tsumori and Susumu Shima, Isostatic Powder Compaction Process with Bingham Semi-solid/fluid Mold Material, Powder Metallurgy & Particulate Materials, 2005.01.
254.	T. Watanabe, F. Tsumori, H. Kotera, S. Shima, In-situ Observation of Behaviour of Powders in Die Compaction, International Conference for Technology of Plasticity, 2002.01.
255.	T. Aizawa, F. Tsumori, Y. Prawoto, Microstructure Model for Hot Defomation and Creep Behavior on the Basis of Homogenization Theory, International Conference for Technology of Plasticity, 2002.01.
256.	Fujio Tsumori, Susumu Shima, Hideki Kume, Atsushi Kakitsuji, Hiroki Miyamoto, Development of Semi-Solid Isostatic Pressing Method for Powder Compaction, International Conference for Technology of Plasticity, 2002.01.
257.	Fujio Tsumori and Tatsuhiko Aizawa, Evaluation of Micro Structure by Digitized Image with Homogenization Method, Powder Metallurgy World Congress 2000, 2000.01.
258.	Fujio Tsumori, Tatsuhiko Aizawa and Junji Kihara, Multi-level FEM Modeling for HIP Analysis, International Workshop on Modeling of Metal Powder Forming Processes, 1997.01.
259.	Fujio Tsumori, Tatsuhiko Aizawa and Junji Kihara, Elasto-Creep Sintering Analysis by Macro-Micro Modeling, Sintering 1996, 1996.01.

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