甲虫翅折り畳みの工学応用
キーワード：甲虫，翅，展開翼
2021.04.

生体による加工プロセスの開発
キーワード：植物，菌糸，ナノ粉末材料，粉末冶金，ガラス，セラミクス
2019.04.

柔軟駆動体を造形する３Dプリントシステムの開発
キーワード：ソフトアクチュエータ，３Dプリンタ，４Dプリンタ，ソフトロボティクス
2016.04～2020.03.

マイクロ粒子インプリントプロセス(μPI)による微細構造の作製と燃料電池への応用
キーワード：インプリント，粉末冶金，微細構造作製，個体酸化物型燃料電池
2010.04.

磁場駆動型人工繊毛構造の開発
キーワード：生体模倣，磁性粒子，エラストマー
2009.04.

磁性粒子分散エラストマーの機械的特性の動的制御
キーワード：MEMS，磁場，ナノ粒子
2005.04.

個別要素法による粉末プロセス解析法の開発
キーワード：個別要素法，ＤＥＭ，粉末冶金，シミュレーション
2002.10.

半固形材料を用いた擬似静水圧粉末固化プロセスの開発
キーワード：粉体成形，圧粉体，静水圧，半固形材料
2000.04～2006.03.

均質場法を用いたミクロ‐マクロ連成モデルによる焼結解析
キーワード：焼結，連成解析，均質場理論，解析
1994.10～2000.03.

JRA令和５年度サシバエの被害調査と生物的防除法開発事業
2022.04～2025.03.

主要著書

1.	Kirihara Soshu, Nakata Kazuhiro, Nakano Takayoshi, Tsumori Fujio, Koizumi Yuichiro, Nomura Naoyuki, Multi-dimensional Additive Manufacturing, Springer, 10.1007/978-981-15-7910-3, イーブック ISBN：978-981-15-7910-3 ハードカバー ISBN：978-981-15-7909-7, 2021.01, [URL].
2.	津守不二夫（４章分担）ほか多数, ナノインプリント技術ハンドブック, オーム社, 2019.11.
3.	津守不二夫（第４章分担）ほか多数, 粉末成形 ‐粉末加工による機能と形状のつくり込み‐, コロナ社, 2018.12.
4.	明渡純,安藤康高,小川和洋,長田実,且井宏和,小泉雄一郎,後藤孝,桐原聡秀,榊和彦,篠田健太郎,津守不二夫,中野貴由,野村直之,増田佳丈, 多次元アディティブ・マニュファクチャリング, 一般社団法人日本溶接協会, 2018.03.
5.	津守 不二夫, 先端部材への応用に向けた最新粉体プロセス技術, シーエムシー出版, 2017.03.
6.	津守不二夫（第15章分担）ほか多数, 次世代の高精細ナノ・マイクロパターニングプロセス, サイエンス＆テクノロジー社, 2006.02.

主要原著論文

1.	Fujio TSUMORI, Hidenori Kawanishi, Kentaro Kudo, Toshiko Osada, Hideshi Miura, Development of three-dimensional printing system for magnetic elastomer with control of magnetic anisotropy in the structure, Japanese Journal of Applied Physics, http://dx.doi.org/10.7567/JJAP.55.06GP18, 55-6S1, 06GP18, 2016.06, In this paper, we report on a new system of three-dimensional (3D) printing for a magnetic elastomer that contains magnetic particles. Not only can we fabricate a three-dimensional structure, but we can also control the magnetically anisotropic property o.
2.	Fujio TSUMORI, Ryuma Marume, Akinori Saijou, Kentaro Kudo, Toshiko Osada, Hideshi Miura, Metachronal wave of artificial cilia array actuated by applied magnetic field, Japanese Journal of Applied Physics, http://dx.doi.org/10.7567/JJAP.55.06GP19, 55, 06GP19, 2016.05, In this paper, a biomimetic microstructure related to cilia, which are effective fluidic and conveying systems in nature, is described. Authors have already reported that a magnetic elastomer pillar actuated by a rotating magnetic field can work like a na.
3.	Fujio TSUMORI, Akinori SAIJOU, Toshiko Osada, Hideshi Miura, Development of actuation system for artificial cilia with magnetic elastomer, Japanese Journal of Applied Physics, 10.7567/JJAP.54.06FP12, 54, 6S1, 06FP12-1-06FP12-5, 2015.05, In this paper, we describe the development of magnetically actuated artificial cilia. Natural cilia are a highly efficient device that produces flow under a small-Reynolds-number state. There are two important characteristics of natural cilia; one is asymmetric movement, which is composed of effective and recovery strokes, and the other is the phase difference of a stroke in each cilium in an array that will produce a metachronal wave. In this paper, we propose an actuation system for artificial cilia composed of a silicone elastomer and multiparticle chains of a magnetic material. The applied magnetic field is controlled by rotation of a permanent magnet. This rotating magnetic field induced an asymmetric movement similar to that of a natural cilium. We also changed the orientation angle of multiparticle chains to control the phase difference of a stroke in each artificial cilium. This technique would help to realize metachronal waves of artificial cilia..
4.	Fujio TSUMORI, Yuki TANAKA, XU YANG, Toshiko Osada, Hideshi Miura, Development of improved solid oxide fuel cell electrolyte sheet by microimprinting for layered material, Japanese Journal of Applied Physics, doi:10.7567/JJAP.53.06JK02, 53, 06JK02-1-06JK02-6, 2014.05, At present, the solid oxide fuel cell (SOFC) is attracting much attention because it possesses the highest power generation efficiency among many types of fuel cell, and SOFC emits only water that does not harm the environment. Recently, the electrolyte structure for SOFC has been processed into various forms to increase the efficiency of SOFC. In this work, we tried to improve the performance of SOFC by changing the mesostructure on the interfaces between the electrolyte and electrodes. This hundred-micrometer-scaled mesostructure has been proposed to increase the reaction on the interfaces. However, there has been no effective method of fabricating the cells with the microstructure along the interfaces. We have already proposed the micro powder imprint (µPI) method to create fine patterns on ceramic samples. In this study, the µPI method for layered material was newly developed to fabricate the micropatterns on both sides of an electrolyte sheet. The optimization of process parameters, such as compounding ratio, debinding temperature, and sintering temperature, was examined to obtain desired wavy patterns on both surfaces of the electrolyte sheet..
5.	Yang Xu, Fujio Tsumori, Hung-Goo Kang, Hideshi Miura, Fabricatino of Micro Patterned Ceramic Structure by Imprinting Process, Journal of the Japan Society of Powder and Powder Metallurgy, 58, 11, 673-678, 2011.11.
6.	Yang Xu, Fujio Tsumori, Takuya Toyooka, Hidetoshi Kotera and Hideshi Miura , Effects of Resist Thickness and Viscoelasticity on the Cavity Filling Capability in Bilayer Thermal Embossing, Japan Journal of Applied Physics, 10.1143/JJAP.50.06GK11 , 50, 06GK11, 2011.06.
7.	津守 不二夫, 非球状粒子個別要素法モデルのための高速な接触判定法, 粉体および粉末冶金, 56, 10, 598-603, 2009.10.
8.	津守不二夫，宮野公樹，小寺秀俊, 磁性粒子材料と弾性材料を利用したマイクロアクチュエータの開発（第１報）　－磁性微小要素に働く磁気力に関する理論的考察－, 粉体および粉末冶金, 第56巻第3号 pp.127-132, 2009.03.
9.	津守不二夫，宮野公樹，小寺秀俊, 磁性粒子材料と弾性材料を利用したマイクロアクチュエータの開発（第２報）　－解析および設計手法の確立－, 粉体および粉末冶金, 第56巻第3号 pp. 133-136, 2009.03.
10.	津守不二夫, 平田正道, 島進, FEM-DEM 連成モデルによる磁場中粒子挙動解析, 粉体および粉末冶金, 第52巻第3号 pp. 194～198, 2005.03.
11.	Fujio Tsumori, Hideki Kume, Atsushi Kakitsuji, Hiroki Miyamoto and Susumu Shima, Semi-solid Mold Isostatic Compaction, International Journal of Powder Metallurgy, Vol.39-8, pp46-51, 2003.01.
12.	Fujio Tsumori and Tatsuhiko Aizawa, Macro-micro Modeling for Coupled Elasto-creep and Thermal Analyses under Sintering, Materials Science and Engineering A, Vol 285, pp357-362, 2000.06.

主要総説, 論評, 解説, 書評, 報告書等

主要学会発表等

1.	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.
2.	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..
3.	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..
4.	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..
5.	Fujio TSUMORI, Jens BRUNNE, Magnetic Actuator Using Interaction Between Micro Magnetic Elements, IEEE MEMS, 2011.01.
6.	F. Tsumori and H. Kotera, Simulation of Magnetic Powder Structure by Coupled FEM-DEM Modeling, Particles 2009, 2009.11.
7.	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.
8.	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.
9.	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.

特許出願・取得

所属学会名

学協会役員等への就任

学会大会・会議・シンポジウム等における役割

学会誌・雑誌・著書の編集への参加状況

学術論文等の審査

海外渡航状況, 海外での教育研究歴