The 35th International Symposium of Chemical Engineering (ISChE2024)
Date: 2024. Nov. 29th, 30th, Dec. 1st
Venue：Okinawa Prefectural Municipal Autonomy Hall
Keynote:
K7 Analysis and optimal design of polymer electrolyte fuel cell catalyst ink
process
Yuki Saito, Magnus So, Takeru Yano, Syusaku Asano and Gen Inoue
Oral presentation:
A12 Correlation between dynamic deformation of electrode layer/separator under
fastening environment and battery performance
Kosei Nagashima, Takeru Yano, Syusaku Asano and Gen Inoue
A14 Analyzing impact of operating condition on polymer electrolyte fuel cell
performance by simulation
Keita Nakano, Yuki Saito, Agnesia Permatasari, Takeru Yano, Syusaku Asano and Gen Inoue
Mr. Saito gave a speech as a Japan-side student representative.
Photos
（Left: Our group， Center: Mr. Saito received a certificate of Keynote Lecture， Right: Japan-side student representative speech at conference dinner）
The 35th International Symposium of Chemical Engineering (ISChE2024)
日時：2024年11月29日(金), 30日 (土), 12月1日 (日)
場所：沖縄県市町村自治会館 (那覇)
Keynote:
K7 Analysis and optimal design of polymer electrolyte fuel cell catalyst ink
process
Yuki Saito, Magnus So, Takeru Yano, Syusaku Asano and Gen Inoue
Oral presentation:
A12 Correlation between dynamic deformation of electrode layer/separator under
fastening environment and battery performance
Kosei Nagashima, Takeru Yano, Syusaku Asano and Gen Inoue
A14 Analyzing impact of operating condition on polymer electrolyte fuel cell
performance by simulation
Keita Nakano, Yuki Saito, Agnesia Permatasari, Takeru Yano, Syusaku Asano and Gen Inoue
また，齋藤くんは日本側の学生代表として懇親会で学生挨拶を行いました。
写真
（左：集合写真，中央：齋藤くんKeynote表彰，右：齋藤くん日本側学生代表挨拶）
Assistant Professor Yano lectured at joint symposium of National Taipei University of Technology (Taipei Tech) and Kyushu University.
Six young researchers, from the faculty of Engineering at Kyushu University, visited Taipei Tech to present their research and deepen exchanges through lab tours.
Date: November 20-22, 2024
Place: National Taipei University of Technology, Taipei
矢野助教が台北科技大学と九州大学のジョイントセミナーで講演をしました。
工学研究院から6名の若手研究者が台北科技大学を訪れ，それぞれの研究内容を発表したのちラボツアーを通じて交流を深めました。
日時：2024年11月20日～22日
場所：台北科技大学，台北
JST未来社会創造事業「共通基盤」領域探索加速型本格研究課題
「マルチスケール計測・計算技術の融合による高スループットデバイス開発支援プラットフォーム」
公開キックオフシンポジウム
日時：2024年11月26日 (火)
場所：東京 日本橋ライフサイエンスビルディング 9F 会議室 (オンライン併用開催)
参加費：無料
その他詳細はこちらから
公式サイト:
「共通基盤」領域 本格研究 井上課題「マルチスケール計測・計算技術の融合による 高スループットデバイス開発支援プラットフォーム」公開キックオフシンポジウム
フライヤー (PDF)
参加希望者は11/19（火）までに以下のリンクから参加登録をお願いします。（先着100 名様）
https://forms.gle/ohAkvLXnBXLNukbX6
お問い合わせ
九州大学大学院工学研究院
化学工学部門 第 7 講座（井上研究室）
E mail: jimu.lab7 [at] chem-eng.kyushu u.ac.jp
[at]→＠としてください。
参考リンク
《「共通基盤」領域/トピックス》
《「共通基盤」領域 本格研究/井上課題トピックス》
11 presentations and 3 co-authored presentations were given by our group at ECS PRiME 2024 in Honolulu, US.
Date: Oct. 6-11, 2024
Venue: Hawaii Convention Center & Hilton Hawaiian Village
Oral session:
A08-1082 – A Chemo-Mechanical Particle Model for the Fabrication and Cyclic Expansion of Silicon Composite Solid-State Batteries
〇Magnus So, Takeru Yano, Agnesia Permatasari, Van Lap Nguyen, *Gen Inoue
A08-1250 – Effect of Size Distribution of Solid Electrolyte on Tortuosity of Ionic Conductivity
〇Takeru Yano, Moritz Hofer, Shuji Ohsaki, Hideya Nakamura, Satoru Watano, Gen Inoue, Peter Michalowski, Arno Kwade
I01D-2977 – Investigation of the Influence of Catalyst Layer and Carbon Structure for Cell Performance Using Reaction and Mass Transport Simulation of PEFC
〇*Atsushi Yamamoto, Gen Inoue
I01F-3280 – Optimization of Cathode Catalyst Layer Composition of Polymer Electrolyte Fuel Cell for Maximum Cell Performance Using Machine Learning and Genetic Algorithm
〇Van Lap Nguyen, Agnesia Permatasari, Magnus So, Takeru Yano, *Gen Inoue
Poster session:
A07-0821 – Impact of Silicon Content on the Behavior of Graphite/Silicon Composite Anodes for High-Performance Lithium-Ion Batteries: Insights from Multi-Scale Simulations
〇Agnesia Permatasari, Magnus So, Van Lap Nguyen, Takeru Yano, *Gen Inoue
I01D-2993 – Evaluation of Degradation Mechanisms of Polymer Electrolyte Fuel Cell Using DEM Simulation
Kaisei Okamura, Yuki Saito, Magnus So, Agnesia Permatasari, Takeru Yano, 〇*Gen Inoue
I01D-2994 – Evaluation of Reaction and Mass Transport Properties of Fuel Cell Catalyst Layers
〇Ayako Kondo, Yuki Saito, Agnesia Permatasari, Keita Nakano, Takeru Yano, *Gen Inoue
I01E-3128 – Analysis of Two-Phase Flow within Porous Structures of Water Electrolysis Cells and Structural Correlation Evaluation
〇Shinnosuke Omoto, Takeru Yano, *Gen Inoue
Z01-4416 – Mechanism of Internal Crack Formation in All-Solid-State Batteries Due to Expansion and Shrinkage and Its Effects
〇Yuki Eto, Magnus So, Takeru Yano, *Gen Inoue
Z01-4437 – Reaction Transport Analysis and Parameter Identification for Designing Lithium–Sulfur Battery Electrodes
〇Minami Ihara, Yuki Mori, Takeru Yano, *Gen Inoue
Z01-4520 – Elucidation of the Effects of Particle Morphology on Stress and Reaction Fields in All-Solid-State Battery Electrode Structures and Structural Design
〇Koki Sato, Yuki Eto, Shinichiro Yano, Magnus So, Takeru Yano, *Gen Inoue
Co-authored presentations:
A05-0583 – Powder Structure Control Technology in the Solvent-Free Dry Electrode Forming Process of Lithium-Ion Battery and Its Battery Performance Evaluation
〇Feilure Tuerxun, *Ayaka Yonaga, Shigehiro Kawauchi, Takuro Matsunaga, Hiroshi Nakamura, Yuki Mori, Shota Ishikawa, Keita Nunoshita, Gen Inoue, Xuanchen Liu
I01D-2984 – Autonomous Exploration of Catalyst Layer Drying Process of PEMFC
〇* Keisuke Nagato, Hirotaka Oya, Akihisa Tanaka, Gen Inoue, Takuya Tsujiguchi
I01D-3028 – Design of Pillar-Structured Electrode of Polymer Electrolyte Fuel Cells by Experiment and Simulation of Reaction and Mass Transport
〇*Hideto Koshiba, Keisuke Nagato, Gen Inoue, Morio Tomizawa, Akihisa Tanaka, Masayuki Nakao
Photo
ECS PRiME 2024＠Honoluluにて本講座より11件および本講座の連名発表3件が行われました。
日時：2024年10月6-11日
場所：Hawaii Convention Center & Hilton Hawaiian Village
本講座から口頭発表が4件、ポスター発表が7件行われました。
口頭発表：
A08-1082 – A Chemo-Mechanical Particle Model for the Fabrication and Cyclic Expansion of Silicon Composite Solid-State Batteries
〇Magnus So, Takeru Yano, Agnesia Permatasari, Van Lap Nguyen, *Gen Inoue
A08-1250 – Effect of Size Distribution of Solid Electrolyte on Tortuosity of Ionic Conductivity
〇*Takeru Yano, Moritz Hofer, Shuji Ohsaki, Hideya Nakamura, Satoru Watano, Gen Inoue, Peter Michalowski, Arno Kwade
I01D-2977 – Investigation of the Influence of Catalyst Layer and Carbon Structure for Cell Performance Using Reaction and Mass Transport Simulation of PEFC
〇*Atsushi Yamamoto, Gen Inoue
I01F-3280 – Optimization of Cathode Catalyst Layer Composition of Polymer Electrolyte Fuel Cell for Maximum Cell Performance Using Machine Learning and Genetic Algorithm
〇Van Lap Nguyen, Agnesia Permatasari, Magnus So, Takeru Yano, *Gen Inoue
ポスター発表：
A07-0821 – Impact of Silicon Content on the Behavior of Graphite/Silicon Composite Anodes for High-Performance Lithium-Ion Batteries: Insights from Multi-Scale Simulations
〇Agnesia Permatasari, Magnus So, Van Lap Nguyen, Takeru Yano, *Gen Inoue
I01D-2993 – Evaluation of Degradation Mechanisms of Polymer Electrolyte Fuel Cell Using DEM Simulation
Kaisei Okamura, Yuki Saito, Magnus So, Agnesia Permatasari, Takeru Yano, 〇*Gen Inoue
I01D-2994 – Evaluation of Reaction and Mass Transport Properties of Fuel Cell Catalyst Layers
〇Ayako Kondo, Yuki Saito, Agnesia Permatasari, Keita Nakano, Takeru Yano, *Gen Inoue
I01E-3128 – Analysis of Two-Phase Flow within Porous Structures of Water Electrolysis Cells and Structural Correlation Evaluation
〇Shinnosuke Omoto, Takeru Yano, *Gen Inoue
Z01-4416 – Mechanism of Internal Crack Formation in All-Solid-State Batteries Due to Expansion and Shrinkage and Its Effects
〇Yuki Eto, Magnus So, Takeru Yano, *Gen Inoue
Z01-4437 – Reaction Transport Analysis and Parameter Identification for Designing Lithium–Sulfur Battery Electrodes
〇Minami Ihara, Yuki Mori, Takeru Yano, *Gen Inoue
Z01-4520 – Elucidation of the Effects of Particle Morphology on Stress and Reaction Fields in All-Solid-State Battery Electrode Structures and Structural Design
〇Koki Sato, Yuki Eto, Shinichiro Yano, Magnus So, Takeru Yano, *Gen Inoue
また、井上教授連名の発表が3件行われました。
口頭発表：
A05-0583 – Powder Structure Control Technology in the Solvent-Free Dry Electrode Forming Process of Lithium-Ion Battery and Its Battery Performance Evaluation
〇Feilure Tuerxun, *Ayaka Yonaga, Shigehiro Kawauchi, Takuro Matsunaga, Hiroshi Nakamura, Yuki Mori, Shota Ishikawa, Keita Nunoshita, Gen Inoue, Xuanchen Liu
I01D-2984 – Autonomous Exploration of Catalyst Layer Drying Process of PEMFC
〇* Keisuke Nagato, Hirotaka Oya, Akihisa Tanaka, Gen Inoue, Takuya Tsujiguchi
I01D-3028 – Design of Pillar-Structured Electrode of Polymer Electrolyte Fuel Cells by Experiment and Simulation of Reaction and Mass Transport
〇*Hideto Koshiba, Keisuke Nagato, Gen Inoue, Morio Tomizawa, Akihisa Tanaka, Masayuki Nakao
写真
Dr. Yano recieved the Research Encouragement Award of Division of Systems, Information and Simulation Technologies at SCEJ 55th Autumn Meeting.
Date: 2024. Sep. 11-13
Venue: Sappro Campus, Hokkaido University
Oral Presentation：
(S203) *Yano Takeru, Moritz Hofer, Ohsaki Shuji, Nakamura Hideya, Watano Satoru, Inoue Gen, Peter Michalowski, Arno Kwade
“Numerical analysis of effect of particle size distribution on ionic conductive path in electrode for all solid state battery”
矢野助教が化学工学会第55回秋季大会にてシステム・情報・シミュレーション (SIS) 部会研究奨励賞を受賞しました。
日時：2024年9月11日 (水)・12日 (木)・13日 (金)
場所：北海道大学 札幌キャンパス
SIS部会賞表彰ページ
口頭発表：
(S203) ○矢野 武尊，Moritz Hofer，大崎 修司，仲村 英也，綿野 哲，井上 元，Peter Michalowski，Arno Kwade
「離散要素法による硫化物系固体電解質の粒子径分布がイオン伝導経路に与える影響の解析」
The graduation and certificate awarding ceremony in the first semester of 2024 was held on September 25, 2024,
One doctor’s student and one master’s student completed their studies.