2018 - 2021 Development of high-efficiency, high-quality machining technology for sintered carbide by grinding with electrolytic action
2017 - 2021 CJ6:新加工法によるメディカル分野での製品開発
2015 - 2018 Study on high strength imparting technology of insulating functional material to metal surface using pulsed discharge
2014 - 2018 次世代型電解加工機の研究開発
2001 - 2003 Development of a Machining Center for Micro-machining by Electrical Discharge Machining
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Papers (62):
Jiro OTSUKA, Akihiro Goto, Naoto YOSHIMI, Kosuke SHIRAI, Eisuke IKEYA. A Study on Aluminum Alloy Screw Thread. Transactions of the JFRI. 2023. 1. 2. 15-21
Atsushi Nakata, Akihiro Goto, Suguru Mototani, Akihiro Torii. Design of a linearization model for three-phase PWM rectifiers for electrochemical machining. Electrical Engineering in Japan. 2023. 216. 2
Akihiro GOTO, Yohei KOTSUCHIBASHI, Junda CHEN. Prevention of Hexavalent Chromium Formation by Iron-ion-added Electrolyte in Electrochemical Machining of Chromium-containing Steel (2nd report). International Journal of Electrical Machining (IJEM). 2023. 28
Atsushi Nakata, Akihiro Goto, Suguru Mototani, Akihiro Torii. Design of a Linearization Model for Three-phase PWM Rectifiers for Electrochemical Machining. IEEJ Transactions on Industry Applications. 2023. 143. 1. 11-19
Akihiro Goto, Junda Chen, Kosuke Shirai. Milling of Sintered Carbide via Electrochemical Reaction - Investigation of Machining Phenomena -. International Journal of Automation Technology. 2022. 16. 6