Saitama University · Graduate School of Science and Engineering · 准教授

Research keywordswire arc additive manufacturing・directed energy deposition・friction stir burnishing・316L stainless steel・bimetal fabrication・microhardness・robot tool orientation・Inconel 718 machinability・aluminum alloy structures

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• Experimental study on thickness control and structural performance of aluminum alloy stub columns fabricated via directed energy deposition-arc2025 · Mechanical Engineering Journal, 2025年09月,
• Comparison of Aluminum Alloy and Copper Friction Stir Burnishing Tools Combined with Direct Energy Deposition Arc Process on Microstructure and Microhardness of 316L Stainless Steel2025 · Journal of Manufacturing and Materials Processing, 2025年02月,
• Effect of changing material deposition order on mechanical properties in bimetals of aluminum bronze and duplex stainless steel by wire and arc directed energy deposition2025 · The International Journal of Advanced Manufacturing Technology, 2025年10月,
• Development of precision analysis method of tooth profile in gear skiving process with shape projection of removal area Hiroki Yonezawa; Jun'ichi Kaneko; Takeyuki Abe; Naruhiro Irino; Yuta Shinba; Yasuhiro Imabeppu International Journal of Abrasive Technology, 巻：12 , 号：5 , 開始ページ：1 , 終了ページ：14 , 2025年02月, ［査読有り］ Inderscience Publishers, 英語, 研究論文（学術雑誌） DOI： https://doi.org/10.1504/ijat.2024.144424 DOI ID：10.1504/ijat.2024.144424 , ISSN：1752-2641 , eISSN：1752-265X2025

• 手動注湯に対する注湯状態推定と熟練注湯技能を再現する注湯制御システムの開発
• 溶融金属積層と切削加工の複合加工を可能にするCAMおよび工程設計システムの開発
• 固相接合メカニズムを応用した金属積層技術の開発
• ワイヤ＋アーク放電方式によるマルチマテリアル付加加工における機能創成

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