Gotoh Kuniaki

ゴトウクニアキ | Gotoh Kuniaki

Affiliation and department：
Job title： Professor
Homepage URL (1)： http://achem.okayama-u.ac.jp/chemeng/index.html

Research field (2)： Fluid engineering , Transfer phenomena and unit operations

Research keywords (6)：混相流工学 , 粉体工学 , エアロゾル工学 , Multi phase flow , Powder Technology , Aerosol Technology

Research theme for competitive and other funds (6)：

2018 - 2021 Study on Local Powdwer Characteristics for an Index of Packing and Compression in Powder Compression Molding Process
2015 - 2018 Equivalent diameter and shape factor of non-spherical particles based on an evaluation of flowability
2003 - 2004 Drag reduction of Solid-liquid Suspension Using Macro-agglomeration Structure induced by Shear flow
2000 - 2001 電気粘性効果を利用した粒子配向構造制御による固液混相流中での熱移動制御
1998 - 1999 乱流特性との相関に基づく粒子状汚染物質の衝突噴流による分離・飛散過程のモデル化

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Papers (97)：

Kuniaki Gotoh, Yuka Yoshimura, Yasushi Mino, Koichi Nakaso. Qualitative Evaluation of Relation between Mixing Uniformity of Binder and Strength of Compression Molded Tablet. Journal of the Society of Powder Technology, Japan. 2023. 60. 11. 663-668
Yasushi Mino, Hazuki Tanaka, Koichi Nakaso, Kuniaki Gotoh. Numerical Simulations of Particle Suspensions under Shear Flow Using a Combined Lattice Boltzmann and Discrete Element Method. Journal of the Society of Powder Technology, Japan. 2023. 60. 10. 607-612
Yasushi Mino, Chika Tanaka, Hazuki Tanaka, Koichi Nakaso, Kuniaki Gotoh. Numerical simulation of a drying colloidal suspension on a wettable substrate using the lattice Boltzmann method. Chemical Engineering Science. 2022. 263. 118050-118050
Nanako Harada, Ayumi Shimizu, Koichi Nakaso, Yasushi Mino, Kuniaki Gotoh. Effect of Spray Temperature Conditions on Droplet Size Distribution by a Rotating Disk. KAGAKU KOGAKU RONBUNSHU. 2022. 48. 5. 167-174
Yasushi Mino, Hazuki Tanaka, Koichi Nakaso, Kuniaki Gotoh, Hiroyuki Shinto. Lattice Boltzmann model for capillary interactions between particles at a liquid-vapor interface under gravity. PHYSICAL REVIEW E. 2022. 105. 4

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MISC (26)：

後藤邦彰. 高速気流噴射による表面付着粒子の除去. 砥粒加工学会誌. 2023. 67. 7. 381-384
後藤邦彰. 気流による分離・除去に基づく単一粒子-固体壁面間の付着に関する一考察. Pharm Tech Japan. 2022. 38. 12. 179-184
後藤邦彰, 余越康隆, 中曽浩一, 三野泰志, 石塚英樹, 西塚昌弘. Measurement of Apparent Powder Viscosity by Tuning-fork Vibration Viscometer. 粉体工学会誌. 2021. 58. 5. 250-254
後藤邦彰. 第6章粒子集合体の力学的特性測定法の基礎と実際-粒子集合体の力学的特性測定法の概論-. 化学装置. 2020. 44-51
後藤邦彰, 飯島志行. 新・粉体工学基礎講座第1章粒子の性質と測定 1.11粒子の凝集・分散・分散安定化 1.11.1 粒子の凝集・分散・分散安定化の概要,1.11.2 粒子の凝集, 1.11.3 凝集粒子の分離・分散. 粉体工学会誌. 2020. 57. 6. 332-337

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Books (23)：

Powder Technology Handbook, Fourth Edition
CRC Press 2019
粉体の上手な取り扱い方とトラブルシューティング
R&D支援センター 2019
粉体の表面処理・複合化技術集大成-基礎から応用まで-
テクノシステム 2018
Developments in Surface Contamination and Cleaning Fundamentals and Applied Aspects. 2nd edition
2016
粉粒体/多孔体材料の計測とデータの解釈/使い方
S&T出版 2015

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Lectures and oral presentations (34)：

Lattice Boltzmann Model for Evaporation of Colloidal Suspensions
Lattice Boltzmann Model for Capillary Forces between Cylindrical Particles at Gas-Liquid Interface
DEM Simulations of Cohesive Particle Behavior in a Shear Field
Evaluation of drying process of a droplet considering flow and temperature fields in a spray dryer
Evaluation of particle-wall adhesion characteristics based on separation of adhered particle by high speed air jet

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Education (3)：

Professional career (2)：

Work history (9)：

2022/04 - 現在岡山大学学術研究院自然科学学域教授
2004/07 - 2022/03 Okayama University The Graduate School of Natural Science and Technology Professor
2004 - - Professor,Graduate School of Natural Science and Technology,Okayama University
1997 - 2003 Yamaguchi University Faculty of Engineering
1997 - 2003 Associate Professor,Yamaguchi University

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Committee career (17)：

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Awards (5)：

Association Membership(s) (6)：

日本粉体工業技術協会 , 日本エアロゾル学会 , 粉体工学会 , 化学工学会 , 化学工学会岡山地区化学工学化学工学懇話会 , 日本化学会

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