Hatsukade Yoshimi

ハツカデヨシミ | Hatsukade Yoshimi

Affiliation and department：
Job title： Professor

Research field (1)： Measurement engineering

Research keywords (5)： Bioinformatics , Application of AI and IoT , nondestructive evaluation , SQUID , magnetic field measurement

Research theme for competitive and other funds (17)：

2022 - 2025 Prototype development of innovative automated inspection robot for pipeline
2020 - 2023 カーボンリサイクル・次世代火力発電等技術開発/次世代火力発電基盤技術開発/石炭火力の負荷変動対応技術開発/ボイラクリープ疲労損傷の高精度余寿命診断技術開発
2019 - 2022 保温材内の配管の広範囲検査技術の開発
2020 - 2021 エネルギーハーベストを兼ねた高速道路の早期欠陥検査技術の開発
2016 - 2019 Early detection technique based on remote non-contacting non-destructive testing combining electromagentic and ultrasonic methods

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Papers (116)：

Wenxu Sun, Tomoki Kasa, Yoshimi Hatsukade, Makiko Yonehara, Toshitaka Ikeshoji, Hideki Kyogoku. Quality assessment of SUS316L fabricated by metal additive manufacturing with eddy current inspection. NDT & E International. 2023. 138. 102901-102901
Wenxu Sun, Tomoki Kasa, Yoshimi Hatsukade, Takao Sugiuchi, Hidetaka Nishida. Creep Life Assessment Method for Super304H Boiler Tubes Based on HTS-SQUID Gradiometer. IEEE Transactions on Applied Superconductivity. 2023. 33. 5. 1601005
Wenxu Sun, Tomoki Kasa, Yoshimi Hatsukade, Takao Sugiuchi, Hidetaka Nishida. Development of an HTS-SQUID Based Nondestructive Evaluation System for Boiler Tubes On-site Inspection in Thermal Power Plant. IEEE Transactions on Applied Superconductivity. 2023. 33. 5. 1600605
Tomoki Kasa, Wenxu Sun, Yoshimi Hatsukade, Makiko Yonehara, Toshi-Taka Ikeshoji, Hideki Kyogoku. Eddy Current Testing Based Non-destructive Inspection for Metal 3D Additive manufacturing Objects with HTS-SQUID. IEEE Transactions on Applied Superconductivity. 2023. 33. 5. 1600504
K. Watanabe, K. Okada, S. Masumitsu, T. Munkhnyam, W. Sun, Y. Hatsukade, Y. Shoyama, A. Tomotoshi. Guided Wave Transceive Technique Using Magnetostrictive Effect of STPG370 Pipe itself and High-Temperature Superconductor SQUID. Journal of Physics: Conference Series. 2022. 2323. 012027

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MISC (151)：

Practical High-Temperature-Superconductor-SQUID-based Nondestructive Testing Technique. 2023. SS-4-SS-7
Development of an Airborne Magnetic Measurement System with a High Sensitive Vector Magnetic Sensor and a Drone. IEICE Technical Report. 2022. PEM2022-10. 40-43
渡邉敬祐, 岡田亘平, MUNKHNYAM TEMUULEN, 大輪凌平, 孫文旭, 廿日出好, 甘崎恭徳, 友利明浩. STPG370配管自身の残留磁化を用いた磁歪式非接触ガイド波送受信技術の開発. 日本非破壊検査協会超音波部門第29回超音波による非破壊評価シンポジウム講演論文集. 2022. 79-84
MUNKHNYAM TEMUULEN, 大輪凌平, 渡邉敬祐, 岡田亘平, 孫文旭, 廿日出好. FeCo系新磁歪材料を用いたガイド波検査技術によるCFRP板材の多点計測. 日本非破壊検査協会超音波部門第29回超音波による非破壊評価シンポジウム講演論文集. 2022. 73-78
テムレン, 増満征士, 渡邉敬祐, 孫文旭, 廿日出好. FeCo 系新磁歪材料を用いた板材のガイド波試験技術の開発. 第33回「電磁力関連のダイナミクス」シンポジウム(SEDA33)論文集. 2021. 301-304

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Patents (8)：

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Books (2)：

Lectures and oral presentations (35)：

Development of Guided Wave Inspection Technique Using Novel FeCo-based Magnetostrictive Material for CFRP Plates
(The 43nd Symposium on Ultrasonic Electronics (USE2022) 2022)
Eddy Current Testing Based Non-destructive Inspection for Metal 3D Additive manufacturing Objects with HTS-SQUID
(Applied Superconductivity Conference 2022 (ASC 2022) 2022)
高温超伝導SQUIDを用いたSTPG370配管の非接触ガイド波検査技術の開発
(第34回「電磁力関連のダイナミクス」シンポジウム(SEAD34) 2022)
高感度ベクトル磁気センサとドローンを用いた磁気探査装置の開発
(2022年第69回応用物理学会春季学術講演会 2022)
STPG370管に対する非接触ガイド波試験技術の開発 -解析と実験-
(2022年第69回応用物理学会春季学術講演会 2022)

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Education (3)：

Professional career (1)：

Work history (8)：

2020/04 - 現在 Kindai University Faculty of Engineering Department of Electronic Engineering and Computer Science Professor
2014/04 - 2020/03 Kindai University Faculty of Engineering, Department of Electronic Engineering and Computer Science
2011/04 - 2014/03 Toyohashi University of Technology
2010/04 - 2011/03 Toyohashi University of Technology
2007/04 - 2010/03 Toyohashi University of Technology

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Committee career (6)：

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Awards (9)：

2019/05 - 公益財団法人中国電力技術研究財団研究奨励賞超高感度磁気センサを用いたリモート非接触式配管非破壊検査技術の開発
2016/03 - 電子情報通信学会エレクトロニクスソサイエティ平成27年度エレクトロニクスソサイエティ活動功労表彰
2013/04 - 日本学術振興会第146委員会平成24年度日本学術振興会第146委員会賞
2009/06 - ISEC2009 Committee Young Researcher Award Study of Robustness of HTS-SQUID Magnetometer Covered by Superconducting Shield in AC Magnetic Field
2008/06 - 日本生体磁気学会若手研究者奨励賞微小生体磁気計測用マルチチャンネル高温超伝導SQUIDシステムの高感度化と性能評価

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